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        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249631" selType="global"/>
        <expressions key="g_const">
          <value tag="g_const" expression="9.80665[m/s^2]" description="Acceleration of gravity"/>
        </expressions>
        <expressions key="N_A_const">
          <value tag="N_A_const" expression="6.02214129E23[1/mol]" description="Avogadro constant"/>
        </expressions>
        <expressions key="k_B_const">
          <value tag="k_B_const" expression="1.3806488E-23[J/K]" description="Boltzmann constant"/>
        </expressions>
        <expressions key="Z0_const">
          <value tag="Z0_const" expression="root.mu0_const*root.c_const" description="Characteristic impedance of vacuum"/>
        </expressions>
        <expressions key="me_const">
          <value tag="me_const" expression="9.10938291E-31[kg]" description="Electron mass"/>
        </expressions>
        <expressions key="e_const">
          <value tag="e_const" expression="1.602176565E-19[C]" description="Elementary charge"/>
        </expressions>
        <expressions key="F_const">
          <value tag="F_const" expression="96485.3365[C/mol]" description="Faraday constant"/>
        </expressions>
        <expressions key="alpha_const">
          <value tag="alpha_const" expression="0.0072973525698" description="Fine-structure constant"/>
        </expressions>
        <expressions key="G_const">
          <value tag="G_const" expression="6.67384E-11[m^3/(kg*s^2)]" description="Gravitational constant"/>
        </expressions>
        <expressions key="hbar_const">
          <value tag="hbar_const" expression="1.054571726E-34[J*s/rad]" description="Reduced Planck's constant"/>
        </expressions>
        <expressions key="V_m_const">
          <value tag="V_m_const" expression="0.022413968[m^3/mol]" description="Molar volume of ideal gas"/>
        </expressions>
        <expressions key="mn_const">
          <value tag="mn_const" expression="1.674927351E-27[kg]" description="Neutron mass"/>
        </expressions>
        <expressions key="epsilon0_const">
          <value tag="epsilon0_const" expression="8.854187817E-12[F/m]" description="Permittivity of vacuum"/>
        </expressions>
        <expressions key="mu0_const">
          <value tag="mu0_const" expression="4*pi*1.0E-7[H/m]" description="Permeability of vacuum"/>
        </expressions>
        <expressions key="h_const">
          <value tag="h_const" expression="6.62606957E-34[J*s]" description="Planck's constant"/>
        </expressions>
        <expressions key="mp_const">
          <value tag="mp_const" expression="1.672621777E-27[kg]" description="Proton mass"/>
        </expressions>
        <expressions key="c_const">
          <value tag="c_const" expression="299792458[m/s]" description="Speed of light in vacuum"/>
        </expressions>
        <expressions key="sigma_const">
          <value tag="sigma_const" expression="5.670373E-8[kg/(s^3*K^4)]" description="Stefan-Boltzmann constant"/>
        </expressions>
        <expressions key="R_const">
          <value tag="R_const" expression="8.3144621[J/(K*mol)]" description="Universal gas constant"/>
        </expressions>
        <expressions key="b_const">
          <value tag="b_const" expression="0.0028977721[m*K]" description="Wien displacement law constant"/>
        </expressions>
        <expressions key="isRHS">
          <value tag="isRHS"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr2">
      <value tag="iexpr2" derivedFrom="//@frame/@frames[key='material1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 2" entityComments="" entityAuthor="" entityCreationTime="1398889249636">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249636" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1,2" dim="2" hDim="2"/>
        <expressions key="spatial.F11">
          <value tag="spatial.F11" expression="d(root.x,root.X)" description="Coordinate transform from Material frame to Spatial frame, 11 component"/>
        </expressions>
        <expressions key="spatial.F21">
          <value tag="spatial.F21" expression="d(root.x,root.Y)" description="Coordinate transform from Material frame to Spatial frame, 21 component"/>
        </expressions>
        <expressions key="spatial.F31">
          <value tag="spatial.F31" description="Coordinate transform from Material frame to Spatial frame, 31 component"/>
        </expressions>
        <expressions key="spatial.F12">
          <value tag="spatial.F12" expression="d(root.y,root.X)" description="Coordinate transform from Material frame to Spatial frame, 12 component"/>
        </expressions>
        <expressions key="spatial.F22">
          <value tag="spatial.F22" expression="d(root.y,root.Y)" description="Coordinate transform from Material frame to Spatial frame, 22 component"/>
        </expressions>
        <expressions key="spatial.F32">
          <value tag="spatial.F32" description="Coordinate transform from Material frame to Spatial frame, 32 component"/>
        </expressions>
        <expressions key="spatial.F13">
          <value tag="spatial.F13" description="Coordinate transform from Material frame to Spatial frame, 13 component"/>
        </expressions>
        <expressions key="spatial.F23">
          <value tag="spatial.F23" description="Coordinate transform from Material frame to Spatial frame, 23 component"/>
        </expressions>
        <expressions key="spatial.F33">
          <value tag="spatial.F33" expression="1" description="Coordinate transform from Material frame to Spatial frame, 33 component"/>
        </expressions>
        <expressions key="spatial.invF11">
          <value tag="spatial.invF11" expression="d(root.X,root.x)" description="Coordinate transform from Spatial frame to Material frame, 11 component"/>
        </expressions>
        <expressions key="spatial.invF21">
          <value tag="spatial.invF21" expression="d(root.X,root.y)" description="Coordinate transform from Spatial frame to Material frame, 21 component"/>
        </expressions>
        <expressions key="spatial.invF31">
          <value tag="spatial.invF31" description="Coordinate transform from Spatial frame to Material frame, 31 component"/>
        </expressions>
        <expressions key="spatial.invF12">
          <value tag="spatial.invF12" expression="d(root.Y,root.x)" description="Coordinate transform from Spatial frame to Material frame, 12 component"/>
        </expressions>
        <expressions key="spatial.invF22">
          <value tag="spatial.invF22" expression="d(root.Y,root.y)" description="Coordinate transform from Spatial frame to Material frame, 22 component"/>
        </expressions>
        <expressions key="spatial.invF32">
          <value tag="spatial.invF32" description="Coordinate transform from Spatial frame to Material frame, 32 component"/>
        </expressions>
        <expressions key="spatial.invF13">
          <value tag="spatial.invF13" description="Coordinate transform from Spatial frame to Material frame, 13 component"/>
        </expressions>
        <expressions key="spatial.invF23">
          <value tag="spatial.invF23" description="Coordinate transform from Spatial frame to Material frame, 23 component"/>
        </expressions>
        <expressions key="spatial.invF33">
          <value tag="spatial.invF33" expression="1" description="Coordinate transform from Spatial frame to Material frame, 33 component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr3">
      <value tag="iexpr3" derivedFrom="//@frame/@frames[key='material1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 3" entityComments="" entityAuthor="" entityCreationTime="1398889249638">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249638" selType="global"/>
        <expressions key="spatial.detF">
          <value tag="spatial.detF" expression="root.dvol_spatial/root.dvol" description="Volume factor from Material frame to Spatial frame"/>
        </expressions>
        <expressions key="spatial.detInvF">
          <value tag="spatial.detInvF" expression="root.dvol/root.dvol_spatial" description="Volume factor from Spatial frame to Material frame"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr4">
      <value tag="iexpr4" derivedFrom="/" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 4" entityComments="" entityAuthor="" entityCreationTime="1398889249641">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249640" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1,2" dim="2" hDim="2"/>
        <expressions key="mod1.isScalingSystemDomain">
          <value tag="mod1.isScalingSystemDomain" description="Is scaling system domain"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr5">
      <value tag="iexpr5" derivedFrom="//@physics/@physints[key='fsi']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 5" entityComments="" entityAuthor="" entityCreationTime="1398889249642">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249642" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,1,2,3,4,5,6,7,8" dim="0" hDim="0"/>
        <expressions key="u_fluid_fld_act">
          <value tag="u_fluid_fld_act" expression="1" description="Velocity field"/>
        </expressions>
        <expressions key="p_fld_act">
          <value tag="p_fld_act" expression="1" description="Pressure"/>
        </expressions>
        <expressions key="k_fld_act">
          <value tag="k_fld_act"/>
        </expressions>
        <expressions key="ep_fld_act">
          <value tag="ep_fld_act"/>
        </expressions>
        <expressions key="om_fld_act">
          <value tag="om_fld_act"/>
        </expressions>
        <expressions key="G_fld_act">
          <value tag="G_fld_act"/>
        </expressions>
        <expressions key="uc_fld_act">
          <value tag="uc_fld_act"/>
        </expressions>
        <expressions key="pc_fld_act">
          <value tag="pc_fld_act"/>
        </expressions>
        <expressions key="nutilde_fld_act">
          <value tag="nutilde_fld_act"/>
        </expressions>
        <expressions key="xy_fld_act">
          <value tag="xy_fld_act" expression="1" description="Spatial coordinates"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr6">
      <value tag="iexpr6" derivedFrom="//@physics/@physints[key='fsi']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 6" entityComments="" entityAuthor="" entityCreationTime="1398889249643">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249643" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,1,2,3,4,5,6,7,8" dim="1" hDim="1"/>
        <expressions key="u_fluid_fld_act">
          <value tag="u_fluid_fld_act" expression="1" description="Velocity field"/>
        </expressions>
        <expressions key="p_fld_act">
          <value tag="p_fld_act" expression="1" description="Pressure"/>
        </expressions>
        <expressions key="k_fld_act">
          <value tag="k_fld_act"/>
        </expressions>
        <expressions key="ep_fld_act">
          <value tag="ep_fld_act"/>
        </expressions>
        <expressions key="om_fld_act">
          <value tag="om_fld_act"/>
        </expressions>
        <expressions key="G_fld_act">
          <value tag="G_fld_act"/>
        </expressions>
        <expressions key="uc_fld_act">
          <value tag="uc_fld_act"/>
        </expressions>
        <expressions key="pc_fld_act">
          <value tag="pc_fld_act"/>
        </expressions>
        <expressions key="nutilde_fld_act">
          <value tag="nutilde_fld_act"/>
        </expressions>
        <expressions key="xy_fld_act">
          <value tag="xy_fld_act" expression="1" description="Spatial coordinates"/>
        </expressions>
        <expressions key="T_stressx">
          <value tag="T_stressx" expression="2*root.mod1.fsi.mu*root.mod1.u_fluidx*root.mod1.fsi.nxmesh+root.mod1.fsi.mu*(root.mod1.u_fluidy+root.mod1.v_fluidx)*root.mod1.fsi.nymesh-root.mod1.p*root.mod1.fsi.nxmesh" description="Total stress, x component"/>
        </expressions>
        <expressions key="T_stressy">
          <value tag="T_stressy" expression="root.mod1.fsi.mu*(root.mod1.v_fluidx+root.mod1.u_fluidy)*root.mod1.fsi.nxmesh+2*root.mod1.fsi.mu*root.mod1.v_fluidy*root.mod1.fsi.nymesh-root.mod1.p*root.mod1.fsi.nymesh" description="Total stress, y component"/>
        </expressions>
        <expressions key="T_stressz">
          <value tag="T_stressz" description="Total stress, z component"/>
        </expressions>
        <expressions key="K_stressx">
          <value tag="K_stressx" expression="root.mod1.fsi.mu*(2*root.mod1.u_fluidx*root.mod1.fsi.nxmesh+(root.mod1.u_fluidy+root.mod1.v_fluidx)*root.mod1.fsi.nymesh)" description="Viscous stress, x component"/>
        </expressions>
        <expressions key="K_stressy">
          <value tag="K_stressy" expression="root.mod1.fsi.mu*((root.mod1.v_fluidx+root.mod1.u_fluidy)*root.mod1.fsi.nxmesh+2*root.mod1.v_fluidy*root.mod1.fsi.nymesh)" description="Viscous stress, y component"/>
        </expressions>
        <expressions key="K_stressz">
          <value tag="K_stressz" description="Viscous stress, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr7">
      <value tag="iexpr7" derivedFrom="//@physics/@physints[key='fsi']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 7" entityComments="" entityAuthor="" entityCreationTime="1398889249644">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249644" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1" dim="2" hDim="2"/>
        <expressions key="u_fluid_fld_act">
          <value tag="u_fluid_fld_act" expression="1" description="Velocity field"/>
        </expressions>
        <expressions key="p_fld_act">
          <value tag="p_fld_act" expression="1" description="Pressure"/>
        </expressions>
        <expressions key="u_solid_fld_act">
          <value tag="u_solid_fld_act" description="Displacement field"/>
        </expressions>
        <expressions key="u_fluidxt">
          <value tag="u_fluidxt" expression="root.mod1.u_fluidxTIME-root.mod1.u_fluidxx*d(root.x,TIME)-root.mod1.u_fluidxy*d(root.y,TIME)" description="Gradient of u_fluid, first time derivative, x component"/>
        </expressions>
        <expressions key="u_fluidyt">
          <value tag="u_fluidyt" expression="root.mod1.u_fluidyTIME-root.mod1.u_fluidyx*d(root.x,TIME)-root.mod1.u_fluidyy*d(root.y,TIME)" description="Gradient of u_fluid, first time derivative, y component"/>
        </expressions>
        <expressions key="u_fluidxtt">
          <value tag="u_fluidxtt" expression="d(root.mod1.u_fluidxTIME-root.mod1.u_fluidxx*d(root.x,TIME)-root.mod1.u_fluidxy*d(root.y,TIME),TIME)-d(root.mod1.u_fluidxTIME-root.mod1.u_fluidxx*d(root.x,TIME)-root.mod1.u_fluidxy*d(root.y,TIME),root.x)*d(root.x,TIME)-d(root.mod1.u_fluidxTIME-root.mod1.u_fluidxx*d(root.x,TIME)-root.mod1.u_fluidxy*d(root.y,TIME),root.y)*d(root.y,TIME)" description="Gradient of u_fluid, second time derivative, x component"/>
        </expressions>
        <expressions key="u_fluidytt">
          <value tag="u_fluidytt" expression="d(root.mod1.u_fluidyTIME-root.mod1.u_fluidyx*d(root.x,TIME)-root.mod1.u_fluidyy*d(root.y,TIME),TIME)-d(root.mod1.u_fluidyTIME-root.mod1.u_fluidyx*d(root.x,TIME)-root.mod1.u_fluidyy*d(root.y,TIME),root.x)*d(root.x,TIME)-d(root.mod1.u_fluidyTIME-root.mod1.u_fluidyx*d(root.x,TIME)-root.mod1.u_fluidyy*d(root.y,TIME),root.y)*d(root.y,TIME)" description="Gradient of u_fluid, second time derivative, y component"/>
        </expressions>
        <expressions key="v_fluidxt">
          <value tag="v_fluidxt" expression="root.mod1.v_fluidxTIME-root.mod1.v_fluidxx*d(root.x,TIME)-root.mod1.v_fluidxy*d(root.y,TIME)" description="Gradient of v_fluid, first time derivative, x component"/>
        </expressions>
        <expressions key="v_fluidyt">
          <value tag="v_fluidyt" expression="root.mod1.v_fluidyTIME-root.mod1.v_fluidyx*d(root.x,TIME)-root.mod1.v_fluidyy*d(root.y,TIME)" description="Gradient of v_fluid, first time derivative, y component"/>
        </expressions>
        <expressions key="v_fluidxtt">
          <value tag="v_fluidxtt" expression="d(root.mod1.v_fluidxTIME-root.mod1.v_fluidxx*d(root.x,TIME)-root.mod1.v_fluidxy*d(root.y,TIME),TIME)-d(root.mod1.v_fluidxTIME-root.mod1.v_fluidxx*d(root.x,TIME)-root.mod1.v_fluidxy*d(root.y,TIME),root.x)*d(root.x,TIME)-d(root.mod1.v_fluidxTIME-root.mod1.v_fluidxx*d(root.x,TIME)-root.mod1.v_fluidxy*d(root.y,TIME),root.y)*d(root.y,TIME)" description="Gradient of v_fluid, second time derivative, x component"/>
        </expressions>
        <expressions key="v_fluidytt">
          <value tag="v_fluidytt" expression="d(root.mod1.v_fluidyTIME-root.mod1.v_fluidyx*d(root.x,TIME)-root.mod1.v_fluidyy*d(root.y,TIME),TIME)-d(root.mod1.v_fluidyTIME-root.mod1.v_fluidyx*d(root.x,TIME)-root.mod1.v_fluidyy*d(root.y,TIME),root.x)*d(root.x,TIME)-d(root.mod1.v_fluidyTIME-root.mod1.v_fluidyx*d(root.x,TIME)-root.mod1.v_fluidyy*d(root.y,TIME),root.y)*d(root.y,TIME)" description="Gradient of v_fluid, second time derivative, y component"/>
        </expressions>
        <expressions key="u_fluidt">
          <value tag="u_fluidt" expression="root.mod1.u_fluidTIME-root.mod1.u_fluidx*d(root.x,TIME)-root.mod1.u_fluidy*d(root.y,TIME)" description="Velocity field, first time derivative, x component"/>
        </expressions>
        <expressions key="v_fluidt">
          <value tag="v_fluidt" expression="root.mod1.v_fluidTIME-root.mod1.v_fluidx*d(root.x,TIME)-root.mod1.v_fluidy*d(root.y,TIME)" description="Velocity field, first time derivative, y component"/>
        </expressions>
        <expressions key="u_fluidtt">
          <value tag="u_fluidtt" expression="d(root.mod1.u_fluidTIME-root.mod1.u_fluidx*d(root.x,TIME)-root.mod1.u_fluidy*d(root.y,TIME),TIME)-d(root.mod1.u_fluidTIME-root.mod1.u_fluidx*d(root.x,TIME)-root.mod1.u_fluidy*d(root.y,TIME),root.x)*d(root.x,TIME)-d(root.mod1.u_fluidTIME-root.mod1.u_fluidx*d(root.x,TIME)-root.mod1.u_fluidy*d(root.y,TIME),root.y)*d(root.y,TIME)" description="Velocity field, second time derivative, x component"/>
        </expressions>
        <expressions key="v_fluidtt">
          <value tag="v_fluidtt" expression="d(root.mod1.v_fluidTIME-root.mod1.v_fluidx*d(root.x,TIME)-root.mod1.v_fluidy*d(root.y,TIME),TIME)-d(root.mod1.v_fluidTIME-root.mod1.v_fluidx*d(root.x,TIME)-root.mod1.v_fluidy*d(root.y,TIME),root.x)*d(root.x,TIME)-d(root.mod1.v_fluidTIME-root.mod1.v_fluidx*d(root.x,TIME)-root.mod1.v_fluidy*d(root.y,TIME),root.y)*d(root.y,TIME)" description="Velocity field, second time derivative, y component"/>
        </expressions>
        <expressions key="pxt">
          <value tag="pxt" expression="root.mod1.pxTIME-root.mod1.pxx*d(root.x,TIME)-root.mod1.pxy*d(root.y,TIME)" description="Gradient of p, first time derivative, x component"/>
        </expressions>
        <expressions key="pyt">
          <value tag="pyt" expression="root.mod1.pyTIME-root.mod1.pyx*d(root.x,TIME)-root.mod1.pyy*d(root.y,TIME)" description="Gradient of p, first time derivative, y component"/>
        </expressions>
        <expressions key="pxtt">
          <value tag="pxtt" expression="d(root.mod1.pxTIME-root.mod1.pxx*d(root.x,TIME)-root.mod1.pxy*d(root.y,TIME),TIME)-d(root.mod1.pxTIME-root.mod1.pxx*d(root.x,TIME)-root.mod1.pxy*d(root.y,TIME),root.x)*d(root.x,TIME)-d(root.mod1.pxTIME-root.mod1.pxx*d(root.x,TIME)-root.mod1.pxy*d(root.y,TIME),root.y)*d(root.y,TIME)" description="Gradient of p, second time derivative, x component"/>
        </expressions>
        <expressions key="pytt">
          <value tag="pytt" expression="d(root.mod1.pyTIME-root.mod1.pyx*d(root.x,TIME)-root.mod1.pyy*d(root.y,TIME),TIME)-d(root.mod1.pyTIME-root.mod1.pyx*d(root.x,TIME)-root.mod1.pyy*d(root.y,TIME),root.x)*d(root.x,TIME)-d(root.mod1.pyTIME-root.mod1.pyx*d(root.x,TIME)-root.mod1.pyy*d(root.y,TIME),root.y)*d(root.y,TIME)" description="Gradient of p, second time derivative, y component"/>
        </expressions>
        <expressions key="pt">
          <value tag="pt" expression="root.mod1.pTIME-root.mod1.px*d(root.x,TIME)-root.mod1.py*d(root.y,TIME)" description="Pressure, first time derivative"/>
        </expressions>
        <expressions key="ptt">
          <value tag="ptt" expression="d(root.mod1.pTIME-root.mod1.px*d(root.x,TIME)-root.mod1.py*d(root.y,TIME),TIME)-d(root.mod1.pTIME-root.mod1.px*d(root.x,TIME)-root.mod1.py*d(root.y,TIME),root.x)*d(root.x,TIME)-d(root.mod1.pTIME-root.mod1.px*d(root.x,TIME)-root.mod1.py*d(root.y,TIME),root.y)*d(root.y,TIME)" description="Pressure, second time derivative"/>
        </expressions>
        <expressions key="xy_fld_act">
          <value tag="xy_fld_act" expression="1" description="Spatial coordinates"/>
        </expressions>
        <expressions key="pw_fld_act">
          <value tag="pw_fld_act" description="Pressure"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="root.mod1.mat1.def.rho(root.mod1.fsi.fp1.minput_temperature[1/K])[kg/m^3]" description="Density"/>
        </expressions>
        <expressions key="fp1.minput_temperature">
          <value tag="fp1.minput_temperature" expression="293.15[K]" description="Temperature"/>
        </expressions>
        <expressions key="mu">
          <value tag="mu" expression="root.mod1.mat1.def.eta(root.mod1.fsi.fp1.minput_temperature[1/K])[Pa*s]" description="Dynamic viscosity"/>
        </expressions>
        <expressions key="divu">
          <value tag="divu" expression="root.mod1.u_fluidx+root.mod1.v_fluidy" description="Divergence of velocity field"/>
        </expressions>
        <expressions key="sr_fluid">
          <value tag="sr_fluid" expression="sqrt(0.5*(4*root.mod1.u_fluidx^2+2*(root.mod1.u_fluidy+root.mod1.v_fluidx)^2+4*root.mod1.v_fluidy^2)+eps)" description="Shear rate"/>
        </expressions>
        <expressions key="Fx">
          <value tag="Fx" description="Volume force, x component"/>
        </expressions>
        <expressions key="Fy">
          <value tag="Fy" description="Volume force, y component"/>
        </expressions>
        <expressions key="Fz">
          <value tag="Fz" description="Volume force, z component"/>
        </expressions>
        <expressions key="U">
          <value tag="U" expression="sqrt(root.mod1.u_fluid^2+root.mod1.v_fluid^2)" description="Velocity magnitude"/>
        </expressions>
        <expressions key="vorticityx">
          <value tag="vorticityx" description="Vorticity field, x component"/>
        </expressions>
        <expressions key="vorticityy">
          <value tag="vorticityy" description="Vorticity field, y component"/>
        </expressions>
        <expressions key="vorticityz">
          <value tag="vorticityz" expression="root.mod1.v_fluidx-root.mod1.u_fluidy" description="Vorticity field, z component"/>
        </expressions>
        <expressions key="vort_magn">
          <value tag="vort_magn" expression="sqrt(root.mod1.fsi.vorticityz^2)" description="Vorticity magnitude"/>
        </expressions>
        <expressions key="cellRe">
          <value tag="cellRe" expression="0.25*root.mod1.fsi.rho*sqrt(root.mod1.u_fluid^2+root.mod1.v_fluid^2)*root.h/root.mod1.fsi.mu" description="Cell Reynolds number"/>
        </expressions>
        <expressions key="nu_fluid">
          <value tag="nu_fluid" expression="root.mod1.fsi.mu/root.mod1.fsi.rho" description="Kinematic viscosity"/>
        </expressions>
        <expressions key="betaT">
          <value tag="betaT" description="Isothermal compressibility coefficient"/>
        </expressions>
        <expressions key="upwind_helpx">
          <value tag="upwind_helpx" expression="root.mod1.u_fluid-d(root.x,TIME)"/>
        </expressions>
        <expressions key="upwind_helpy">
          <value tag="upwind_helpy" expression="root.mod1.v_fluid-d(root.y,TIME)"/>
        </expressions>
        <expressions key="upwind_helpz">
          <value tag="upwind_helpz"/>
        </expressions>
        <expressions key="K_stress_tensorxx">
          <value tag="K_stress_tensorxx" expression="2*root.mod1.fsi.mu*root.mod1.u_fluidx" description="Viscous stress tensor, xx component"/>
        </expressions>
        <expressions key="K_stress_tensoryx">
          <value tag="K_stress_tensoryx" expression="root.mod1.fsi.mu*(root.mod1.v_fluidx+root.mod1.u_fluidy)" description="Viscous stress tensor, yx component"/>
        </expressions>
        <expressions key="K_stress_tensorzx">
          <value tag="K_stress_tensorzx" description="Viscous stress tensor, zx component"/>
        </expressions>
        <expressions key="K_stress_tensorxy">
          <value tag="K_stress_tensorxy" expression="root.mod1.fsi.mu*(root.mod1.u_fluidy+root.mod1.v_fluidx)" description="Viscous stress tensor, xy component"/>
        </expressions>
        <expressions key="K_stress_tensoryy">
          <value tag="K_stress_tensoryy" expression="2*root.mod1.fsi.mu*root.mod1.v_fluidy" description="Viscous stress tensor, yy component"/>
        </expressions>
        <expressions key="K_stress_tensorzy">
          <value tag="K_stress_tensorzy" description="Viscous stress tensor, zy component"/>
        </expressions>
        <expressions key="K_stress_tensorxz">
          <value tag="K_stress_tensorxz" description="Viscous stress tensor, xz component"/>
        </expressions>
        <expressions key="K_stress_tensoryz">
          <value tag="K_stress_tensoryz" description="Viscous stress tensor, yz component"/>
        </expressions>
        <expressions key="K_stress_tensorzz">
          <value tag="K_stress_tensorzz" description="Viscous stress tensor, zz component"/>
        </expressions>
        <expressions key="K_stress_tensor_testxx">
          <value tag="K_stress_tensor_testxx" expression="2*root.mod1.fsi.mu*root.test(root.mod1.u_fluidx)" description="Viscous stress tensor test, xx component"/>
        </expressions>
        <expressions key="K_stress_tensor_testyx">
          <value tag="K_stress_tensor_testyx" expression="root.mod1.fsi.mu*(root.test(root.mod1.v_fluidx)+root.test(root.mod1.u_fluidy))" description="Viscous stress tensor test, yx component"/>
        </expressions>
        <expressions key="K_stress_tensor_testzx">
          <value tag="K_stress_tensor_testzx" description="Viscous stress tensor test, zx component"/>
        </expressions>
        <expressions key="K_stress_tensor_testxy">
          <value tag="K_stress_tensor_testxy" expression="root.mod1.fsi.mu*(root.test(root.mod1.u_fluidy)+root.test(root.mod1.v_fluidx))" description="Viscous stress tensor test, xy component"/>
        </expressions>
        <expressions key="K_stress_tensor_testyy">
          <value tag="K_stress_tensor_testyy" expression="2*root.mod1.fsi.mu*root.test(root.mod1.v_fluidy)" description="Viscous stress tensor test, yy component"/>
        </expressions>
        <expressions key="K_stress_tensor_testzy">
          <value tag="K_stress_tensor_testzy" description="Viscous stress tensor test, zy component"/>
        </expressions>
        <expressions key="K_stress_tensor_testxz">
          <value tag="K_stress_tensor_testxz" description="Viscous stress tensor test, xz component"/>
        </expressions>
        <expressions key="K_stress_tensor_testyz">
          <value tag="K_stress_tensor_testyz" description="Viscous stress tensor test, yz component"/>
        </expressions>
        <expressions key="K_stress_tensor_testzz">
          <value tag="K_stress_tensor_testzz" description="Viscous stress tensor test, zz component"/>
        </expressions>
        <expressions key="tau_c">
          <value tag="tau_c" encryptionKey="1" expression="0ñÓs±ğµôto[)C¿§fweE£k>ùđĞ{3ĕÜ±SęêTÚK°MÑQ³£Îg¹_®úJ³htQûg%ĘNÔ|Ö«¾ONÇýö$½đTKQ¡õXôæ+ðån{¡CÈ[ė&lt;q¤ė¬¿7q~ÍòýAOW¹TÕ­ÛW@JÙ5zÂ4èfqzē}ę£Ē£Ôa¥¶Pv­ďèûÉĚ²×ÀK*8&lt;X]ĜJ±Ċô×ĔNûč0ÂËAWztčó?ê½àSĝ=¥ÌÿĈúøïVXē½¶ē J­,W:Ã~dS&lt;ôr0§MM^Āè°ôKh&quot;ØQýà=I/ájkíý×¶+üb±:68lÐþìĊ¹r6Y|}/ÞIzÿôØÓSã öĂüÇUÈċÕßÃĆČqó&lt;ąDÇąĚò(ApêÁ5õ~.(ïZ ÂÊBďÕącÍð£ô¥Ğ0ĈWxëÃçt?¸Ďětà±Ċä`Y:÷µĕD%üæèĘë¬¼AĄæ`Í)'à$öě0Ē²PvÇ¥ùõ¿°uVCmd~µVp¥'-S³*VĘr¦¹ĉ­ĝZ~ĚoeK¢[ |ĆxÂ8§é×ÉQÀnpĐänß9ÍxkDç&quot;³?{·ëāy­üN¦f¢ÞĐKÀ©qíô¨Ąē)ąuB¢,Vß£ü\uXÛy}ßbjĆÇÁ**ÃY¤×ď´Àě°ĒöL-Îēăi]åNýÌ¬ÌČÄ|PěÅ+éÆ¢3e>Ēé?L~!zĒ4ĕ¾¥?ÑÿĉZ¤í}_G£Æ2¿P²rÔý« ĒÄÁ¯§|Xč7ĔĜ[DµÏo«L¨yrîĖD|ğÂ&amp;ęáĞßÎD½`ÒÜÐđ¥§Ô&quot;tãćąî²Tyïwqãw²pôæ Ã¥¸ÐHėöÏĘ,»¶ý»ü´S±¶Q=2¥Û­=ĀRoĆõ¼&amp;~ySx¤ĝ" description="GLS time scale"/>
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        <expressions key="res_u">
          <value tag="res_u" expression="root.mod1.fsi.rho*(root.mod1.u_fluidTIME-d(root.mod1.u_fluid,root.x)*d(root.x,TIME)-d(root.mod1.u_fluid,root.y)*d(root.y,TIME))+root.mod1.px+root.mod1.fsi.rho*root.mod1.u_fluid*root.mod1.u_fluidx+root.mod1.fsi.rho*root.mod1.v_fluid*root.mod1.u_fluidy-(d(2*root.mod1.u_fluidx,root.x)+d(root.mod1.u_fluidy+root.mod1.v_fluidx,root.y))*root.mod1.fsi.mu-root.mod1.fsi.Fx" description="Equation residual"/>
        </expressions>
        <expressions key="res_v">
          <value tag="res_v" expression="root.mod1.fsi.rho*(root.mod1.v_fluidTIME-d(root.mod1.v_fluid,root.x)*d(root.x,TIME)-d(root.mod1.v_fluid,root.y)*d(root.y,TIME))+root.mod1.fsi.rho*root.mod1.u_fluid*root.mod1.v_fluidx+root.mod1.py+root.mod1.fsi.rho*root.mod1.v_fluid*root.mod1.v_fluidy-(d(root.mod1.v_fluidx+root.mod1.u_fluidy,root.x)+d(2*root.mod1.v_fluidy,root.y))*root.mod1.fsi.mu-root.mod1.fsi.Fy" description="Equation residual"/>
        </expressions>
        <expressions key="res_p">
          <value tag="res_p" expression="root.mod1.fsi.rho*root.mod1.fsi.divu" description="Pressure equation residual"/>
        </expressions>
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        </expressions>
        <expressions key="crosswindns">
          <value tag="crosswindns" encryptionKey="1" expression="nñsçğë5uq[)@¿yfyeZ£m>ùÇĞ9sĕþ±4ę(UÝKÅMĐ:³bÎ`¹®EKwh£Qûg*Ę:Ô·Ö¹¾N¾ýøù¼Üđ_K¢Qâõ\ôä+ĉåU{mCÅ[Ð&lt;8¤ük¿/l~Ýý4OÔWÐT&quot;®äW@EÙ5zÑ4ôfqJēË}Ýę¡£ė£ÍÔJ¥wPm­ßď¢ûĈĚd×uK¾7(XwĜ5±QõĔSûHčîÁXË:WutQôëésà$ĝJ¥àÿęúùï+ĒĒÐ¶Ò aB­3WëÂ´d&lt;Gsk§NMXĀ*±ąK#&quot;êQýå=v/ßjĐìĒ×¶+ãbg:ô7nÐąì7ĊÊrÞXR}FÞ?zĆôØàSÿ òĂCÈÈĀÕßÃíČĖòyą1Ç½Ě×(&amp;pÒÁOõM.kï ÊďßąÍó£ù¥ß0ÿW·ë³ç ?ąĎĚtĉ±Ėä]YP÷Òĕz%ÚüÝèMìí{AíæÍq'Ì$ě5ĒPaÇ¹ùô¿ÕuCªm{~tVw¥I'&amp;Sā*Ę1¦Êĉ­ĝA~'p¨K£J ;Ć¥ÂA§.ØQÂn/Ēäs&amp;:xªDé&quot;u?:·³ā¡­ćT¦k¢ÞÖK»©zq²ô½ĄĚ)Æu¢&amp;čÞ×üQu:ÛS}¼b)éÇÆ*a*Yj×Ă´RÀÕ°P8M$ÎĔGj åVýÙ¬§Č|EělëÆ²3k>ěé2LH!AĒĖĔ~¾w?ÿR[rív_G_Æò¾&lt;²ĝýñ ėÄÁº§&quot;ĝČSĔù[dµpo¬L~y°îÓDwğÿ&amp;FâQàčD|`ÈÜ¥đ]§Õ(tØ]ĆèîeTÍyÚw²ãy³põæÃ¥¸Ð\HėöÇĘûº¸ýÞüSª¶@=&quot;ªÛ­=ûRoBöČ&amp;¼yĎwúĝÞ&quot;uæÀo)°Ą5=ĘÜ4?EÓ¾cóHòèĔ9J²Ú0#ÿrĊ©Fh$Ë½vRý!RDÓĊ/MÓïþ¢ªĚ*à}NČP_JµĆÒÚóËK¬{%Đ@zFæ[>÷Đ&quot;ÙĄë93¿²Þ*íîGà¶ĕLNØªÃ÷Ē!9ë5èQé&lt;p¶L§uCÀĂZÅzfâ£5³¢ėtāĝf½}tþ¬ĐăC.ö.ªVJĞ|ēí(þĂÖÄĕDĔþ·ăDĉà?ÃećĘSċËÌsďp@éÂ*wgöôĒDČX¸§8.hQćLXh£ÐÈĘë¢pê¶Y£©úąfÌO5ì^Má»Õ¼¯ÊùéÚóÑY]õÚIR¤WaĠuoĈĆØQË4)5¾%Õò9Òü­[ĉā_ÕÜC¡ÿ Čþ6§Õ!À¢Ìøwîem{ÊÇò·ÏÙö\ÛjēÑĊĎgđÅ·øp9>&amp;egÅĒĜá¯úpÞóQ7n¬¼¿÷NÎ5Yåï1ăûNċyrl×*æÙ¿lyh¹Çč½ÅÔHCxJěl±Õ&lt;G+|Üċą³ëÀÇSÆ$Ærn-pêvd§>SõĀ@ČÁ¹ãĕ@B^àÉ±õ3&quot;ăĆ±ÄĘßß60nĆP¶p÷Æđ]¶KÇ©ĉuäÝâåÞÄLF¡8þXÏèTnăÅ3čÍęĚï¡IómĖ.u­ÙđČãMÆ#7ĚĐăf«]RöĞ+@jfkÿĘ:ĒfċDQ¨çàµÂä&lt;BvIäyrA6iÿL¢¤JÄēþÉTÁÄ[L^¥(đI°ïZĜ7¡èĉZîïå.÷×¢:¦lúEöQíS+CĜiAJÛā©h¢=ý«&quot;ÄÓĀć ĕú\¼T¤ K0ehï½÷Ú3Ċ-Üò7Le%oh¶±íěuTÄ,ÌÙ%To5g5Tĉ*DjÊĊy¤±M|ē®Ù¾¬{D«T¡ïĒ!fNï@YĊmÿ³LÙąfÔċĜÿ¯ñqkĚôÍĉÒ~øÆē§òbÛMºüÝ«1ÞòjÇ¡i9àåý[Q&amp;ÇĒp'&quot;Òlwćć"/>
        </expressions>
        <expressions key="locCFL">
          <value tag="locCFL" expression="CFLCMP" description="Local CFL number"/>
        </expressions>
        <expressions key="time_step_inv">
          <value tag="time_step_inv" expression="max(sqrt(emetric_spatial(root.mod1.u_fluid-d(root.x,TIME),root.mod1.v_fluid-d(root.y,TIME))*2^(2*gmg_level)),1.6000000000000002E9*root.mod1.fsi.mu/root.mod1.fsi.rho)" description="Inverse time step"/>
        </expressions>
        <expressions key="J_mesh">
          <value tag="J_mesh" expression="d(root.x,root.X)*d(root.y,root.Y)-d(root.x,root.Y)*d(root.y,root.X)" description="Mesh deformation volume ratio"/>
        </expressions>
        <expressions key="Jlim_mesh">
          <value tag="Jlim_mesh" expression="1.0E-6" description="Lower limit on volume ratio for hyperelastic mesh smoothing"/>
        </expressions>
        <expressions key="mu_mesh_ale">
          <value tag="mu_mesh_ale" expression="1" description="Dimensionless shear modulus for hyperelastic mesh smoothing"/>
        </expressions>
        <expressions key="kappa_mesh">
          <value tag="kappa_mesh" expression="1" description="Dimensionless bulk modulus for hyperelastic mesh smoothing"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr8">
      <value tag="iexpr8" derivedFrom="//@physics/@physints[key='fsi']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 8" entityComments="" entityAuthor="" entityCreationTime="1398889249646">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249645" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,2" dim="2" hDim="2"/>
        <expressions key="u_fluid_fld_act">
          <value tag="u_fluid_fld_act" description="Velocity field"/>
        </expressions>
        <expressions key="p_fld_act">
          <value tag="p_fld_act" description="Pressure"/>
        </expressions>
        <expressions key="u_solid_fld_act">
          <value tag="u_solid_fld_act" expression="1" description="Displacement field"/>
        </expressions>
        <expressions key="xy_fld_act">
          <value tag="xy_fld_act" description="Spatial coordinates"/>
        </expressions>
        <expressions key="u_solidXt">
          <value tag="u_solidXt" expression="root.mod1.u_solidXTIME" description="Gradient of u_solid, first time derivative, X component"/>
        </expressions>
        <expressions key="u_solidYt">
          <value tag="u_solidYt" expression="root.mod1.u_solidYTIME" description="Gradient of u_solid, first time derivative, Y component"/>
        </expressions>
        <expressions key="u_solidXtt">
          <value tag="u_solidXtt" expression="root.mod1.u_solidXTIMETIME" description="Gradient of u_solid, second time derivative, X component"/>
        </expressions>
        <expressions key="u_solidYtt">
          <value tag="u_solidYtt" expression="root.mod1.u_solidYTIMETIME" description="Gradient of u_solid, second time derivative, Y component"/>
        </expressions>
        <expressions key="v_solidXt">
          <value tag="v_solidXt" expression="root.mod1.v_solidXTIME" description="Gradient of v_solid, first time derivative, X component"/>
        </expressions>
        <expressions key="v_solidYt">
          <value tag="v_solidYt" expression="root.mod1.v_solidYTIME" description="Gradient of v_solid, first time derivative, Y component"/>
        </expressions>
        <expressions key="v_solidXtt">
          <value tag="v_solidXtt" expression="root.mod1.v_solidXTIMETIME" description="Gradient of v_solid, second time derivative, X component"/>
        </expressions>
        <expressions key="v_solidYtt">
          <value tag="v_solidYtt" expression="root.mod1.v_solidYTIMETIME" description="Gradient of v_solid, second time derivative, Y component"/>
        </expressions>
        <expressions key="u_solidt">
          <value tag="u_solidt" expression="root.mod1.u_solidTIME" description="Structural velocity field, X component"/>
        </expressions>
        <expressions key="v_solidt">
          <value tag="v_solidt" expression="root.mod1.v_solidTIME" description="Structural velocity field, Y component"/>
        </expressions>
        <expressions key="u_solidtt">
          <value tag="u_solidtt" expression="root.mod1.u_solidTIMETIME" description="Acceleration field, X component"/>
        </expressions>
        <expressions key="v_solidtt">
          <value tag="v_solidtt" expression="root.mod1.v_solidTIMETIME" description="Acceleration field, Y component"/>
        </expressions>
        <expressions key="pw_fld_act">
          <value tag="pw_fld_act" expression="1" description="Pressure"/>
        </expressions>
        <expressions key="pwXt">
          <value tag="pwXt" expression="root.mod1.fsi.pwXTIME" description="Gradient of pw, first time derivative, X component"/>
        </expressions>
        <expressions key="pwYt">
          <value tag="pwYt" expression="root.mod1.fsi.pwYTIME" description="Gradient of pw, first time derivative, Y component"/>
        </expressions>
        <expressions key="pwXtt">
          <value tag="pwXtt" expression="root.mod1.fsi.pwXTIMETIME" description="Gradient of pw, second time derivative, X component"/>
        </expressions>
        <expressions key="pwYtt">
          <value tag="pwYtt" expression="root.mod1.fsi.pwYTIMETIME" description="Gradient of pw, second time derivative, Y component"/>
        </expressions>
        <expressions key="pwt">
          <value tag="pwt" expression="root.mod1.fsi.pwTIME" description="Pressure, first time derivative"/>
        </expressions>
        <expressions key="pwtt">
          <value tag="pwtt" expression="root.mod1.fsi.pwTIMETIME" description="Pressure, second time derivative"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="1050[kg/m^3]" description="Density"/>
        </expressions>
        <expressions key="Smixcomp11">
          <value tag="Smixcomp11" expression="root.mod1.fsi.qq*(root.mod1.fsi.pp-root.mod1.fsi.pw)*d(root.mod1.fsi.pp,root.mod1.fsi.eel11)" description="Second Piola-Kirchhoff stress mixed form compensation term, 11 component"/>
        </expressions>
        <expressions key="Smixcomp12">
          <value tag="Smixcomp12" expression="0.5*root.mod1.fsi.qq*(root.mod1.fsi.pp-root.mod1.fsi.pw)*d(root.mod1.fsi.pp,root.mod1.fsi.eel12)" description="Second Piola-Kirchhoff stress mixed form compensation term, 12 component"/>
        </expressions>
        <expressions key="Smixcomp13">
          <value tag="Smixcomp13" expression="0.5*root.mod1.fsi.qq*(root.mod1.fsi.pp-root.mod1.fsi.pw)*d(root.mod1.fsi.pp,root.mod1.fsi.eel13)" description="Second Piola-Kirchhoff stress mixed form compensation term, 13 component"/>
        </expressions>
        <expressions key="Smixcomp22">
          <value tag="Smixcomp22" expression="root.mod1.fsi.qq*(root.mod1.fsi.pp-root.mod1.fsi.pw)*d(root.mod1.fsi.pp,root.mod1.fsi.eel22)" description="Second Piola-Kirchhoff stress mixed form compensation term, 22 component"/>
        </expressions>
        <expressions key="Smixcomp23">
          <value tag="Smixcomp23" expression="0.5*root.mod1.fsi.qq*(root.mod1.fsi.pp-root.mod1.fsi.pw)*d(root.mod1.fsi.pp,root.mod1.fsi.eel23)" description="Second Piola-Kirchhoff stress mixed form compensation term, 23 component"/>
        </expressions>
        <expressions key="Smixcomp33">
          <value tag="Smixcomp33" expression="root.mod1.fsi.qq*(root.mod1.fsi.pp-root.mod1.fsi.pw)*d(root.mod1.fsi.pp,root.mod1.fsi.eel33)" description="Second Piola-Kirchhoff stress mixed form compensation term, 33 component"/>
        </expressions>
        <expressions key="E">
          <value tag="E" expression="3.2E9[Pa]" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.35" description="Poisson's ratio"/>
        </expressions>
        <expressions key="K">
          <value tag="K" expression="root.mod1.fsi.E/(3-6*root.mod1.fsi.nu)" description="Bulk modulus"/>
        </expressions>
        <expressions key="G">
          <value tag="G" expression="0.5*root.mod1.fsi.E/(1+root.mod1.fsi.nu)" description="Shear modulus"/>
        </expressions>
        <expressions key="lambLame">
          <value tag="lambLame" expression="root.mod1.fsi.E*root.mod1.fsi.nu/((1+root.mod1.fsi.nu)*(1-2*root.mod1.fsi.nu))" description="Lamé constant λ"/>
        </expressions>
        <expressions key="muLame">
          <value tag="muLame" expression="0.5*root.mod1.fsi.E/(1+root.mod1.fsi.nu)" description="Lamé constant μ"/>
        </expressions>
        <expressions key="cp">
          <value tag="cp" expression="sqrt(root.mod1.fsi.E*(1+root.mod1.fsi.nu/(1-2*root.mod1.fsi.nu))/((1+root.mod1.fsi.nu)*root.mod1.fsi.rho))" description="Pressure-wave speed"/>
        </expressions>
        <expressions key="cs">
          <value tag="cs" expression="sqrt(0.5*root.mod1.fsi.E/((1+root.mod1.fsi.nu)*root.mod1.fsi.rho))" description="Shear-wave speed"/>
        </expressions>
        <expressions key="Eequ">
          <value tag="Eequ" expression="root.mod1.fsi.E" description="Equivalent Young's modulus"/>
        </expressions>
        <expressions key="D11">
          <value tag="D11" expression="root.mod1.fsi.E*(1+root.mod1.fsi.nu/(1-2*root.mod1.fsi.nu))/(1+root.mod1.fsi.nu)" description="Elasticity matrix, 11 component"/>
        </expressions>
        <expressions key="D21">
          <value tag="D21" expression="root.mod1.fsi.E*root.mod1.fsi.nu/((1+root.mod1.fsi.nu)*(1-2*root.mod1.fsi.nu))" description="Elasticity matrix, 21 component"/>
        </expressions>
        <expressions key="D31">
          <value tag="D31" expression="root.mod1.fsi.E*root.mod1.fsi.nu/((1+root.mod1.fsi.nu)*(1-2*root.mod1.fsi.nu))" description="Elasticity matrix, 31 component"/>
        </expressions>
        <expressions key="D41">
          <value tag="D41" description="Elasticity matrix, 41 component"/>
        </expressions>
        <expressions key="D51">
          <value tag="D51" description="Elasticity matrix, 51 component"/>
        </expressions>
        <expressions key="D61">
          <value tag="D61" description="Elasticity matrix, 61 component"/>
        </expressions>
        <expressions key="D12">
          <value tag="D12" expression="root.mod1.fsi.E*root.mod1.fsi.nu/((1+root.mod1.fsi.nu)*(1-2*root.mod1.fsi.nu))" description="Elasticity matrix, 12 component"/>
        </expressions>
        <expressions key="D22">
          <value tag="D22" expression="root.mod1.fsi.E*(1+root.mod1.fsi.nu/(1-2*root.mod1.fsi.nu))/(1+root.mod1.fsi.nu)" description="Elasticity matrix, 22 component"/>
        </expressions>
        <expressions key="D32">
          <value tag="D32" expression="root.mod1.fsi.E*root.mod1.fsi.nu/((1+root.mod1.fsi.nu)*(1-2*root.mod1.fsi.nu))" description="Elasticity matrix, 32 component"/>
        </expressions>
        <expressions key="D42">
          <value tag="D42" description="Elasticity matrix, 42 component"/>
        </expressions>
        <expressions key="D52">
          <value tag="D52" description="Elasticity matrix, 52 component"/>
        </expressions>
        <expressions key="D62">
          <value tag="D62" description="Elasticity matrix, 62 component"/>
        </expressions>
        <expressions key="D13">
          <value tag="D13" expression="root.mod1.fsi.E*root.mod1.fsi.nu/((1+root.mod1.fsi.nu)*(1-2*root.mod1.fsi.nu))" description="Elasticity matrix, 13 component"/>
        </expressions>
        <expressions key="D23">
          <value tag="D23" expression="root.mod1.fsi.E*root.mod1.fsi.nu/((1+root.mod1.fsi.nu)*(1-2*root.mod1.fsi.nu))" description="Elasticity matrix, 23 component"/>
        </expressions>
        <expressions key="D33">
          <value tag="D33" expression="root.mod1.fsi.E*(1+root.mod1.fsi.nu/(1-2*root.mod1.fsi.nu))/(1+root.mod1.fsi.nu)" description="Elasticity matrix, 33 component"/>
        </expressions>
        <expressions key="D43">
          <value tag="D43" description="Elasticity matrix, 43 component"/>
        </expressions>
        <expressions key="D53">
          <value tag="D53" description="Elasticity matrix, 53 component"/>
        </expressions>
        <expressions key="D63">
          <value tag="D63" description="Elasticity matrix, 63 component"/>
        </expressions>
        <expressions key="D14">
          <value tag="D14" description="Elasticity matrix, 14 component"/>
        </expressions>
        <expressions key="D24">
          <value tag="D24" description="Elasticity matrix, 24 component"/>
        </expressions>
        <expressions key="D34">
          <value tag="D34" description="Elasticity matrix, 34 component"/>
        </expressions>
        <expressions key="D44">
          <value tag="D44" expression="0.5*root.mod1.fsi.E/(1+root.mod1.fsi.nu)" description="Elasticity matrix, 44 component"/>
        </expressions>
        <expressions key="D54">
          <value tag="D54" description="Elasticity matrix, 54 component"/>
        </expressions>
        <expressions key="D64">
          <value tag="D64" description="Elasticity matrix, 64 component"/>
        </expressions>
        <expressions key="D15">
          <value tag="D15" description="Elasticity matrix, 15 component"/>
        </expressions>
        <expressions key="D25">
          <value tag="D25" description="Elasticity matrix, 25 component"/>
        </expressions>
        <expressions key="D35">
          <value tag="D35" description="Elasticity matrix, 35 component"/>
        </expressions>
        <expressions key="D45">
          <value tag="D45" description="Elasticity matrix, 45 component"/>
        </expressions>
        <expressions key="D55">
          <value tag="D55" expression="0.5*root.mod1.fsi.E/(1+root.mod1.fsi.nu)" description="Elasticity matrix, 55 component"/>
        </expressions>
        <expressions key="D65">
          <value tag="D65" description="Elasticity matrix, 65 component"/>
        </expressions>
        <expressions key="D16">
          <value tag="D16" description="Elasticity matrix, 16 component"/>
        </expressions>
        <expressions key="D26">
          <value tag="D26" description="Elasticity matrix, 26 component"/>
        </expressions>
        <expressions key="D36">
          <value tag="D36" description="Elasticity matrix, 36 component"/>
        </expressions>
        <expressions key="D46">
          <value tag="D46" description="Elasticity matrix, 46 component"/>
        </expressions>
        <expressions key="D56">
          <value tag="D56" description="Elasticity matrix, 56 component"/>
        </expressions>
        <expressions key="D66">
          <value tag="D66" expression="0.5*root.mod1.fsi.E/(1+root.mod1.fsi.nu)" description="Elasticity matrix, 66 component"/>
        </expressions>
        <expressions key="FdxX">
          <value tag="FdxX" expression="1+root.mod1.u_solidX" description="Deformation gradient, xX component"/>
        </expressions>
        <expressions key="FdyX">
          <value tag="FdyX" expression="root.mod1.v_solidX" description="Deformation gradient, yX component"/>
        </expressions>
        <expressions key="FdzX">
          <value tag="FdzX" description="Deformation gradient, zX component"/>
        </expressions>
        <expressions key="FdxY">
          <value tag="FdxY" expression="root.mod1.u_solidY" description="Deformation gradient, xY component"/>
        </expressions>
        <expressions key="FdyY">
          <value tag="FdyY" expression="1+root.mod1.v_solidY" description="Deformation gradient, yY component"/>
        </expressions>
        <expressions key="FdzY">
          <value tag="FdzY" description="Deformation gradient, zY component"/>
        </expressions>
        <expressions key="FdxZ">
          <value tag="FdxZ" description="Deformation gradient, xZ component"/>
        </expressions>
        <expressions key="FdyZ">
          <value tag="FdyZ" description="Deformation gradient, yZ component"/>
        </expressions>
        <expressions key="FdzZ">
          <value tag="FdzZ" expression="1" description="Deformation gradient, zZ component"/>
        </expressions>
        <expressions key="eX">
          <value tag="eX" expression="root.mod1.u_solidX+0.5*(root.mod1.u_solidX^2+root.mod1.v_solidX^2)" description="Strain tensor, X component"/>
        </expressions>
        <expressions key="eXY">
          <value tag="eXY" expression="0.5*(root.mod1.u_solidY+root.mod1.v_solidX+root.mod1.u_solidX*root.mod1.u_solidY+root.mod1.v_solidX*root.mod1.v_solidY)" description="Strain tensor, XY component"/>
        </expressions>
        <expressions key="eXZ">
          <value tag="eXZ" description="Strain tensor, XZ component"/>
        </expressions>
        <expressions key="eY">
          <value tag="eY" expression="root.mod1.v_solidY+0.5*(root.mod1.u_solidY^2+root.mod1.v_solidY^2)" description="Strain tensor, Y component"/>
        </expressions>
        <expressions key="eYZ">
          <value tag="eYZ" description="Strain tensor, YZ component"/>
        </expressions>
        <expressions key="eZ">
          <value tag="eZ" description="Strain tensor, Z component"/>
        </expressions>
        <expressions key="Ldx">
          <value tag="Ldx" expression="(d(root.mod1.fsi.FdxX,TIME)*root.mod1.fsi.FdyY-d(root.mod1.fsi.FdxY,TIME)*root.mod1.fsi.FdyX)/(root.mod1.fsi.FdxX*root.mod1.fsi.FdyY-root.mod1.fsi.FdxY*root.mod1.fsi.FdyX)" description="Rate of strain tensor, x component"/>
        </expressions>
        <expressions key="Ldxy">
          <value tag="Ldxy" expression="0.5*(-d(root.mod1.fsi.FdxX,TIME)*root.mod1.fsi.FdxY+d(root.mod1.fsi.FdxY,TIME)*root.mod1.fsi.FdxX+d(root.mod1.fsi.FdyX,TIME)*root.mod1.fsi.FdyY-d(root.mod1.fsi.FdyY,TIME)*root.mod1.fsi.FdyX)/(root.mod1.fsi.FdxX*root.mod1.fsi.FdyY-root.mod1.fsi.FdxY*root.mod1.fsi.FdyX)" description="Rate of strain tensor, xy component"/>
        </expressions>
        <expressions key="Ldxz">
          <value tag="Ldxz" description="Rate of strain tensor, xz component"/>
        </expressions>
        <expressions key="Ldy">
          <value tag="Ldy" expression="(-d(root.mod1.fsi.FdyX,TIME)*root.mod1.fsi.FdxY+d(root.mod1.fsi.FdyY,TIME)*root.mod1.fsi.FdxX)/(root.mod1.fsi.FdxX*root.mod1.fsi.FdyY-root.mod1.fsi.FdxY*root.mod1.fsi.FdyX)" description="Rate of strain tensor, y component"/>
        </expressions>
        <expressions key="Ldyz">
          <value tag="Ldyz" description="Rate of strain tensor, yz component"/>
        </expressions>
        <expressions key="Ldz">
          <value tag="Ldz" expression="d(root.mod1.fsi.FdzZ,TIME)/root.mod1.fsi.FdzZ" description="Rate of strain tensor, z component"/>
        </expressions>
        <expressions key="Lwx">
          <value tag="Lwx" description="Spin tensor, x component"/>
        </expressions>
        <expressions key="Lwxy">
          <value tag="Lwxy" expression="0.5*(-d(root.mod1.fsi.FdxX,TIME)*root.mod1.fsi.FdxY+d(root.mod1.fsi.FdxY,TIME)*root.mod1.fsi.FdxX-d(root.mod1.fsi.FdyX,TIME)*root.mod1.fsi.FdyY+d(root.mod1.fsi.FdyY,TIME)*root.mod1.fsi.FdyX)/(root.mod1.fsi.FdxX*root.mod1.fsi.FdyY-root.mod1.fsi.FdxY*root.mod1.fsi.FdyX)" description="Spin tensor, xy component"/>
        </expressions>
        <expressions key="Lwxz">
          <value tag="Lwxz" description="Spin tensor, xz component"/>
        </expressions>
        <expressions key="Lwy">
          <value tag="Lwy" description="Spin tensor, y component"/>
        </expressions>
        <expressions key="Lwyz">
          <value tag="Lwyz" description="Spin tensor, yz component"/>
        </expressions>
        <expressions key="Lwz">
          <value tag="Lwz" description="Spin tensor, z component"/>
        </expressions>
        <expressions key="el11">
          <value tag="el11" expression="root.mod1.u_solidX+0.5*(root.mod1.u_solidX^2+root.mod1.v_solidX^2)" description="Strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="el12">
          <value tag="el12" expression="0.5*(root.mod1.u_solidY+root.mod1.v_solidX+root.mod1.u_solidX*root.mod1.u_solidY+root.mod1.v_solidX*root.mod1.v_solidY)" description="Strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="el13">
          <value tag="el13" description="Strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="el22">
          <value tag="el22" expression="root.mod1.v_solidY+0.5*(root.mod1.u_solidY^2+root.mod1.v_solidY^2)" description="Strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="el23">
          <value tag="el23" description="Strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="el33">
          <value tag="el33" description="Strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="eel11">
          <value tag="eel11" expression="root.mod1.u_solidX+0.5*(root.mod1.u_solidX^2+root.mod1.v_solidX^2)" description="Elastic strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eel12">
          <value tag="eel12" expression="0.5*(root.mod1.u_solidY+root.mod1.v_solidX+root.mod1.u_solidX*root.mod1.u_solidY+root.mod1.v_solidX*root.mod1.v_solidY)" description="Elastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eel13">
          <value tag="eel13" description="Elastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eel22">
          <value tag="eel22" expression="root.mod1.v_solidY+0.5*(root.mod1.u_solidY^2+root.mod1.v_solidY^2)" description="Elastic strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eel23">
          <value tag="eel23" description="Elastic strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eel33">
          <value tag="eel33" description="Elastic strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="eil11">
          <value tag="eil11" description="Initial strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eil12">
          <value tag="eil12" description="Initial strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eil13">
          <value tag="eil13" description="Initial strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eil22">
          <value tag="eil22" description="Initial strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eil23">
          <value tag="eil23" description="Initial strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eil33">
          <value tag="eil33" description="Initial strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="eiel11">
          <value tag="eiel11" description="Inelastic strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eiel12">
          <value tag="eiel12" description="Inelastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eiel13">
          <value tag="eiel13" description="Inelastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eiel22">
          <value tag="eiel22" description="Inelastic strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eiel23">
          <value tag="eiel23" description="Inelastic strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eiel33">
          <value tag="eiel33" description="Inelastic strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="evol">
          <value tag="evol" expression="root.mod1.u_solidX+0.5*(root.mod1.u_solidX^2+root.mod1.v_solidX^2)+root.mod1.v_solidY+0.5*(root.mod1.u_solidY^2+root.mod1.v_solidY^2)" description="Volumetric strain"/>
        </expressions>
        <expressions key="J">
          <value tag="J" expression="root.mod1.fsi.FdzZ*(root.mod1.fsi.FdxX*root.mod1.fsi.FdyY-root.mod1.fsi.FdxY*root.mod1.fsi.FdyX)" description="Volume ratio"/>
        </expressions>
        <expressions key="Sil11">
          <value tag="Sil11" description="Initial stress tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="Sil12">
          <value tag="Sil12" description="Initial stress tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Sil13">
          <value tag="Sil13" description="Initial stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sil22">
          <value tag="Sil22" description="Initial stress tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Sil23">
          <value tag="Sil23" description="Initial stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sil33">
          <value tag="Sil33" description="Initial stress tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="pp">
          <value tag="pp" expression="-(root.mod1.fsi.D11*root.mod1.fsi.eel11+root.mod1.fsi.D12*root.mod1.fsi.eel22+root.mod1.fsi.D12*root.mod1.fsi.eel11+root.mod1.fsi.D22*root.mod1.fsi.eel22+root.mod1.fsi.D13*root.mod1.fsi.eel11+root.mod1.fsi.D23*root.mod1.fsi.eel22)/3" description="Pressure with reference to material area"/>
        </expressions>
        <expressions key="qq">
          <value tag="qq" expression="1/root.mod1.fsi.K" description="Mixed form scale factor"/>
        </expressions>
        <expressions key="Sl11">
          <value tag="Sl11" expression="root.mod1.fsi.D11*root.mod1.fsi.eel11+root.mod1.fsi.D12*root.mod1.fsi.eel22+root.mod1.fsi.Smixcomp11" description="Second Piola-Kirchhoff stress, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="Sl12">
          <value tag="Sl12" expression="2*root.mod1.fsi.D44*root.mod1.fsi.eel12+root.mod1.fsi.Smixcomp12" description="Second Piola-Kirchhoff stress, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Sl13">
          <value tag="Sl13" expression="root.mod1.fsi.Smixcomp13" description="Second Piola-Kirchhoff stress, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sl22">
          <value tag="Sl22" expression="root.mod1.fsi.D12*root.mod1.fsi.eel11+root.mod1.fsi.D22*root.mod1.fsi.eel22+root.mod1.fsi.Smixcomp22" description="Second Piola-Kirchhoff stress, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Sl23">
          <value tag="Sl23" expression="root.mod1.fsi.Smixcomp23" description="Second Piola-Kirchhoff stress, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sl33">
          <value tag="Sl33" expression="root.mod1.fsi.D13*root.mod1.fsi.eel11+root.mod1.fsi.D23*root.mod1.fsi.eel22+root.mod1.fsi.Smixcomp33" description="Second Piola-Kirchhoff stress, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="SlGp11">
          <value tag="SlGp11" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.Sl11)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 11 component"/>
        </expressions>
        <expressions key="SlGp12">
          <value tag="SlGp12" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.Sl12)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 12 component"/>
        </expressions>
        <expressions key="SlGp13">
          <value tag="SlGp13" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.Sl13)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 13 component"/>
        </expressions>
        <expressions key="SlGp22">
          <value tag="SlGp22" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.Sl22)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 22 component"/>
        </expressions>
        <expressions key="SlGp23">
          <value tag="SlGp23" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.Sl23)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 23 component"/>
        </expressions>
        <expressions key="SlGp33">
          <value tag="SlGp33" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.Sl33)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 33 component"/>
        </expressions>
        <expressions key="Ws">
          <value tag="Ws" expression="0.5*(root.mod1.fsi.Sl11*root.mod1.fsi.eel11+2*root.mod1.fsi.Sl12*root.mod1.fsi.eel12+root.mod1.fsi.Sl22*root.mod1.fsi.eel22)" description="Strain energy density"/>
        </expressions>
        <expressions key="Wk">
          <value tag="Wk" expression="0.5*(root.mod1.u_solidTIME^2+root.mod1.v_solidTIME^2)*root.mod1.fsi.rho" description="Kinetic energy density"/>
        </expressions>
        <expressions key="disp">
          <value tag="disp" expression="sqrt(real(root.mod1.u_solid)^2+real(root.mod1.v_solid)^2)" description="Total displacement"/>
        </expressions>
        <expressions key="u_ttX">
          <value tag="u_ttX" expression="d(root.mod1.u_solidTIME,TIME)" description="Acceleration, X component"/>
        </expressions>
        <expressions key="u_ttY">
          <value tag="u_ttY" expression="d(root.mod1.v_solidTIME,TIME)" description="Acceleration, Y component"/>
        </expressions>
        <expressions key="u_ttZ">
          <value tag="u_ttZ" description="Acceleration, Z component"/>
        </expressions>
        <expressions key="u_tX">
          <value tag="u_tX" expression="root.mod1.u_solidTIME" description="Velocity, X component"/>
        </expressions>
        <expressions key="u_tY">
          <value tag="u_tY" expression="root.mod1.v_solidTIME" description="Velocity, Y component"/>
        </expressions>
        <expressions key="u_tZ">
          <value tag="u_tZ" description="Velocity, Z component"/>
        </expressions>
        <expressions key="SX">
          <value tag="SX" expression="root.mod1.fsi.Sl11" description="Second Piola-Kirchhoff stress, X component"/>
        </expressions>
        <expressions key="SXY">
          <value tag="SXY" expression="root.mod1.fsi.Sl12" description="Second Piola-Kirchhoff stress, XY component"/>
        </expressions>
        <expressions key="SXZ">
          <value tag="SXZ" expression="root.mod1.fsi.Sl13" description="Second Piola-Kirchhoff stress, XZ component"/>
        </expressions>
        <expressions key="SY">
          <value tag="SY" expression="root.mod1.fsi.Sl22" description="Second Piola-Kirchhoff stress, Y component"/>
        </expressions>
        <expressions key="SYZ">
          <value tag="SYZ" expression="root.mod1.fsi.Sl23" description="Second Piola-Kirchhoff stress, YZ component"/>
        </expressions>
        <expressions key="SZ">
          <value tag="SZ" expression="root.mod1.fsi.Sl33" description="Second Piola-Kirchhoff stress, Z component"/>
        </expressions>
        <expressions key="SGpX">
          <value tag="SGpX" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SX)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="SGpXY">
          <value tag="SGpXY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SXY)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, XY component"/>
        </expressions>
        <expressions key="SGpXZ">
          <value tag="SGpXZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SXZ)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, XZ component"/>
        </expressions>
        <expressions key="SGpY">
          <value tag="SGpY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SY)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="SGpYZ">
          <value tag="SGpYZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SYZ)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, YZ component"/>
        </expressions>
        <expressions key="SGpZ">
          <value tag="SGpZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SZ)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="PxX">
          <value tag="PxX" expression="root.mod1.fsi.FdxX*root.mod1.fsi.SX+root.mod1.fsi.FdxY*root.mod1.fsi.SXY" description="First Piola-Kirchhoff stress, xX component"/>
        </expressions>
        <expressions key="PyX">
          <value tag="PyX" expression="root.mod1.fsi.FdyX*root.mod1.fsi.SX+root.mod1.fsi.FdyY*root.mod1.fsi.SXY" description="First Piola-Kirchhoff stress, yX component"/>
        </expressions>
        <expressions key="PzX">
          <value tag="PzX" expression="root.mod1.fsi.FdzZ*root.mod1.fsi.SXZ" description="First Piola-Kirchhoff stress, zX component"/>
        </expressions>
        <expressions key="PxY">
          <value tag="PxY" expression="root.mod1.fsi.FdxX*root.mod1.fsi.SXY+root.mod1.fsi.FdxY*root.mod1.fsi.SY" description="First Piola-Kirchhoff stress, xY component"/>
        </expressions>
        <expressions key="PyY">
          <value tag="PyY" expression="root.mod1.fsi.FdyX*root.mod1.fsi.SXY+root.mod1.fsi.FdyY*root.mod1.fsi.SY" description="First Piola-Kirchhoff stress, yY component"/>
        </expressions>
        <expressions key="PzY">
          <value tag="PzY" expression="root.mod1.fsi.FdzZ*root.mod1.fsi.SYZ" description="First Piola-Kirchhoff stress, zY component"/>
        </expressions>
        <expressions key="PxZ">
          <value tag="PxZ" expression="root.mod1.fsi.FdxX*root.mod1.fsi.SXZ+root.mod1.fsi.FdxY*root.mod1.fsi.SYZ" description="First Piola-Kirchhoff stress, xZ component"/>
        </expressions>
        <expressions key="PyZ">
          <value tag="PyZ" expression="root.mod1.fsi.FdyX*root.mod1.fsi.SXZ+root.mod1.fsi.FdyY*root.mod1.fsi.SYZ" description="First Piola-Kirchhoff stress, yZ component"/>
        </expressions>
        <expressions key="PzZ">
          <value tag="PzZ" expression="root.mod1.fsi.FdzZ*root.mod1.fsi.SZ" description="First Piola-Kirchhoff stress, zZ component"/>
        </expressions>
        <expressions key="PGpxX">
          <value tag="PGpxX" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.FdxX*root.mod1.fsi.SX+root.mod1.fsi.FdxY*root.mod1.fsi.SXY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xX component"/>
        </expressions>
        <expressions key="PGpyX">
          <value tag="PGpyX" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.FdyX*root.mod1.fsi.SX+root.mod1.fsi.FdyY*root.mod1.fsi.SXY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yX component"/>
        </expressions>
        <expressions key="PGpzX">
          <value tag="PGpzX" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.FdzZ*root.mod1.fsi.SXZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zX component"/>
        </expressions>
        <expressions key="PGpxY">
          <value tag="PGpxY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.FdxX*root.mod1.fsi.SXY+root.mod1.fsi.FdxY*root.mod1.fsi.SY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xY component"/>
        </expressions>
        <expressions key="PGpyY">
          <value tag="PGpyY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.FdyX*root.mod1.fsi.SXY+root.mod1.fsi.FdyY*root.mod1.fsi.SY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yY component"/>
        </expressions>
        <expressions key="PGpzY">
          <value tag="PGpzY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.FdzZ*root.mod1.fsi.SYZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zY component"/>
        </expressions>
        <expressions key="PGpxZ">
          <value tag="PGpxZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.FdxX*root.mod1.fsi.SXZ+root.mod1.fsi.FdxY*root.mod1.fsi.SYZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xZ component"/>
        </expressions>
        <expressions key="PGpyZ">
          <value tag="PGpyZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.FdyX*root.mod1.fsi.SXZ+root.mod1.fsi.FdyY*root.mod1.fsi.SYZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yZ component"/>
        </expressions>
        <expressions key="PGpzZ">
          <value tag="PGpzZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.FdzZ*root.mod1.fsi.SZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zZ component"/>
        </expressions>
        <expressions key="sx">
          <value tag="sx" expression="((root.mod1.fsi.FdxX*root.mod1.fsi.SX+root.mod1.fsi.FdxY*root.mod1.fsi.SXY)*root.mod1.fsi.FdxX+(root.mod1.fsi.FdxX*root.mod1.fsi.SXY+root.mod1.fsi.FdxY*root.mod1.fsi.SY)*root.mod1.fsi.FdxY)/root.mod1.fsi.J" description="Stress tensor, x component"/>
        </expressions>
        <expressions key="sxy">
          <value tag="sxy" expression="((root.mod1.fsi.FdxX*root.mod1.fsi.SX+root.mod1.fsi.FdxY*root.mod1.fsi.SXY)*root.mod1.fsi.FdyX+(root.mod1.fsi.FdxX*root.mod1.fsi.SXY+root.mod1.fsi.FdxY*root.mod1.fsi.SY)*root.mod1.fsi.FdyY)/root.mod1.fsi.J" description="Stress tensor, xy component"/>
        </expressions>
        <expressions key="sxz">
          <value tag="sxz" expression="(root.mod1.fsi.FdxX*root.mod1.fsi.SXZ+root.mod1.fsi.FdxY*root.mod1.fsi.SYZ)*root.mod1.fsi.FdzZ/root.mod1.fsi.J" description="Stress tensor, xz component"/>
        </expressions>
        <expressions key="sy">
          <value tag="sy" expression="((root.mod1.fsi.FdyX*root.mod1.fsi.SX+root.mod1.fsi.FdyY*root.mod1.fsi.SXY)*root.mod1.fsi.FdyX+(root.mod1.fsi.FdyX*root.mod1.fsi.SXY+root.mod1.fsi.FdyY*root.mod1.fsi.SY)*root.mod1.fsi.FdyY)/root.mod1.fsi.J" description="Stress tensor, y component"/>
        </expressions>
        <expressions key="syz">
          <value tag="syz" expression="(root.mod1.fsi.FdyX*root.mod1.fsi.SXZ+root.mod1.fsi.FdyY*root.mod1.fsi.SYZ)*root.mod1.fsi.FdzZ/root.mod1.fsi.J" description="Stress tensor, yz component"/>
        </expressions>
        <expressions key="sz">
          <value tag="sz" expression="root.mod1.fsi.SZ*root.mod1.fsi.FdzZ^2/root.mod1.fsi.J" description="Stress tensor, z component"/>
        </expressions>
        <expressions key="sGpx">
          <value tag="sGpx" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sx)" description="Stress tensor, Gauss-point evaluation, x component"/>
        </expressions>
        <expressions key="sGpxy">
          <value tag="sGpxy" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sxy)" description="Stress tensor, Gauss-point evaluation, xy component"/>
        </expressions>
        <expressions key="sGpxz">
          <value tag="sGpxz" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sxz)" description="Stress tensor, Gauss-point evaluation, xz component"/>
        </expressions>
        <expressions key="sGpy">
          <value tag="sGpy" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sy)" description="Stress tensor, Gauss-point evaluation, y component"/>
        </expressions>
        <expressions key="sGpyz">
          <value tag="sGpyz" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.syz)" description="Stress tensor, Gauss-point evaluation, yz component"/>
        </expressions>
        <expressions key="sGpz">
          <value tag="sGpz" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sz)" description="Stress tensor, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="sl11">
          <value tag="sl11" expression="root.mod1.fsi.sx" description="Stress tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="sl12">
          <value tag="sl12" expression="root.mod1.fsi.sxy" description="Stress tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="sl13">
          <value tag="sl13" expression="root.mod1.fsi.sxz" description="Stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="sl22">
          <value tag="sl22" expression="root.mod1.fsi.sy" description="Stress tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="sl23">
          <value tag="sl23" expression="root.mod1.fsi.syz" description="Stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="sl33">
          <value tag="sl33" expression="root.mod1.fsi.sz" description="Stress tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="slGp11">
          <value tag="slGp11" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sx)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 11 component"/>
        </expressions>
        <expressions key="slGp12">
          <value tag="slGp12" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sxy)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 12 component"/>
        </expressions>
        <expressions key="slGp13">
          <value tag="slGp13" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sxz)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 13 component"/>
        </expressions>
        <expressions key="slGp22">
          <value tag="slGp22" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sy)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 22 component"/>
        </expressions>
        <expressions key="slGp23">
          <value tag="slGp23" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.syz)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 23 component"/>
        </expressions>
        <expressions key="slGp33">
          <value tag="slGp33" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sz)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 33 component"/>
        </expressions>
        <expressions key="sdevx">
          <value tag="sdevx" expression="root.mod1.fsi.sx-(root.mod1.fsi.sx+root.mod1.fsi.sy+root.mod1.fsi.sz)/3" description="Deviatoric stress tensor, x component"/>
        </expressions>
        <expressions key="sdevxy">
          <value tag="sdevxy" expression="root.mod1.fsi.sxy" description="Deviatoric stress tensor, xy component"/>
        </expressions>
        <expressions key="sdevxz">
          <value tag="sdevxz" expression="root.mod1.fsi.sxz" description="Deviatoric stress tensor, xz component"/>
        </expressions>
        <expressions key="sdevy">
          <value tag="sdevy" expression="root.mod1.fsi.sy-(root.mod1.fsi.sx+root.mod1.fsi.sy+root.mod1.fsi.sz)/3" description="Deviatoric stress tensor, y component"/>
        </expressions>
        <expressions key="sdevyz">
          <value tag="sdevyz" expression="root.mod1.fsi.syz" description="Deviatoric stress tensor, yz component"/>
        </expressions>
        <expressions key="sdevz">
          <value tag="sdevz" expression="root.mod1.fsi.sz-(root.mod1.fsi.sx+root.mod1.fsi.sy+root.mod1.fsi.sz)/3" description="Deviatoric stress tensor, z component"/>
        </expressions>
        <expressions key="sdevGpx">
          <value tag="sdevGpx" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sdevx)" description="Deviatoric stress tensor, Gauss-point evaluation, x component"/>
        </expressions>
        <expressions key="sdevGpxy">
          <value tag="sdevGpxy" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sdevxy)" description="Deviatoric stress tensor, Gauss-point evaluation, xy component"/>
        </expressions>
        <expressions key="sdevGpxz">
          <value tag="sdevGpxz" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sdevxz)" description="Deviatoric stress tensor, Gauss-point evaluation, xz component"/>
        </expressions>
        <expressions key="sdevGpy">
          <value tag="sdevGpy" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sdevy)" description="Deviatoric stress tensor, Gauss-point evaluation, y component"/>
        </expressions>
        <expressions key="sdevGpyz">
          <value tag="sdevGpyz" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sdevyz)" description="Deviatoric stress tensor, Gauss-point evaluation, yz component"/>
        </expressions>
        <expressions key="sdevGpz">
          <value tag="sdevGpz" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sdevz)" description="Deviatoric stress tensor, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="SdevX">
          <value tag="SdevX" expression="root.mod1.fsi.SX-(root.mod1.fsi.SX+root.mod1.fsi.SY+root.mod1.fsi.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, X component"/>
        </expressions>
        <expressions key="SdevXY">
          <value tag="SdevXY" expression="root.mod1.fsi.SXY" description="Deviatoric second Piola-Kirchhoff stress, XY component"/>
        </expressions>
        <expressions key="SdevXZ">
          <value tag="SdevXZ" expression="root.mod1.fsi.SXZ" description="Deviatoric second Piola-Kirchhoff stress, XZ component"/>
        </expressions>
        <expressions key="SdevY">
          <value tag="SdevY" expression="root.mod1.fsi.SY-(root.mod1.fsi.SX+root.mod1.fsi.SY+root.mod1.fsi.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, Y component"/>
        </expressions>
        <expressions key="SdevYZ">
          <value tag="SdevYZ" expression="root.mod1.fsi.SYZ" description="Deviatoric second Piola-Kirchhoff stress, YZ component"/>
        </expressions>
        <expressions key="SdevZ">
          <value tag="SdevZ" expression="root.mod1.fsi.SZ-(root.mod1.fsi.SX+root.mod1.fsi.SY+root.mod1.fsi.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, Z component"/>
        </expressions>
        <expressions key="SdevGpX">
          <value tag="SdevGpX" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SdevX)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="SdevGpXY">
          <value tag="SdevGpXY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SdevXY)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, XY component"/>
        </expressions>
        <expressions key="SdevGpXZ">
          <value tag="SdevGpXZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SdevXZ)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, XZ component"/>
        </expressions>
        <expressions key="SdevGpY">
          <value tag="SdevGpY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SdevY)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="SdevGpYZ">
          <value tag="SdevGpYZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SdevYZ)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, YZ component"/>
        </expressions>
        <expressions key="SdevGpZ">
          <value tag="SdevGpZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.SdevZ)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="I1s">
          <value tag="I1s" expression="root.mod1.fsi.sx+root.mod1.fsi.sy+root.mod1.fsi.sz" description="First principal invariant of stress"/>
        </expressions>
        <expressions key="I2s">
          <value tag="I2s" expression="0.5*(root.mod1.fsi.I1s^2-root.mod1.fsi.sx^2-2*root.mod1.fsi.sxy^2-2*root.mod1.fsi.sxz^2-root.mod1.fsi.sy^2-2*root.mod1.fsi.syz^2-root.mod1.fsi.sz^2)" description="Second principal invariant of stress"/>
        </expressions>
        <expressions key="I3s">
          <value tag="I3s" expression="root.mod1.fsi.sx*root.mod1.fsi.sy*root.mod1.fsi.sz+2*root.mod1.fsi.sxy*root.mod1.fsi.syz*root.mod1.fsi.sxz-root.mod1.fsi.sx*root.mod1.fsi.syz^2-root.mod1.fsi.sxy^2*root.mod1.fsi.sz-root.mod1.fsi.sy*root.mod1.fsi.sxz^2" description="Third principal invariant of stress"/>
        </expressions>
        <expressions key="II2s">
          <value tag="II2s" expression="0.5*(root.mod1.fsi.sdevx^2+2*root.mod1.fsi.sdevxy^2+2*root.mod1.fsi.sdevxz^2+root.mod1.fsi.sdevy^2+2*root.mod1.fsi.sdevyz^2+root.mod1.fsi.sdevz^2)" description="Second invariant of stress deviator"/>
        </expressions>
        <expressions key="II3s">
          <value tag="II3s" expression="root.mod1.fsi.sdevx*root.mod1.fsi.sdevy*root.mod1.fsi.sdevz+2*root.mod1.fsi.sdevxy*root.mod1.fsi.sdevyz*root.mod1.fsi.sdevxz-root.mod1.fsi.sdevx*root.mod1.fsi.sdevyz^2-root.mod1.fsi.sdevxy^2*root.mod1.fsi.sdevz-root.mod1.fsi.sdevy*root.mod1.fsi.sdevxz^2" description="Third invariant of stress deviator"/>
        </expressions>
        <expressions key="thetaL">
          <value tag="thetaL" expression="atan2(sqrt(max(0.14814814814814814*root.mod1.fsi.II2s^3-root.mod1.fsi.II3s^2,eps)),root.mod1.fsi.II3s)/3" description="Lode angle"/>
        </expressions>
        <expressions key="eelvol">
          <value tag="eelvol" expression="root.mod1.fsi.eel11+root.mod1.fsi.eel22" description="First invariant of elastic strain tensor"/>
        </expressions>
        <expressions key="eeldev">
          <value tag="eeldev" expression="0.5*((root.mod1.fsi.eel11-(root.mod1.fsi.eel11+root.mod1.fsi.eel22)/3)^2+2*root.mod1.fsi.eel12^2+(root.mod1.fsi.eel22-(root.mod1.fsi.eel11+root.mod1.fsi.eel22)/3)^2+(root.mod1.fsi.eel11+root.mod1.fsi.eel22)^2/9)" description="Second invariant of deviatoric elastic strain tensor"/>
        </expressions>
        <expressions key="sp1Gp">
          <value tag="sp1Gp" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp1)" description="First principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp2Gp">
          <value tag="sp2Gp" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp2)" description="Second principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp3Gp">
          <value tag="sp3Gp" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp3)" description="Third principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp1GpX">
          <value tag="sp1GpX" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp1X)" description="Principal stress direction 1, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="sp1GpY">
          <value tag="sp1GpY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp1Y)" description="Principal stress direction 1, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="sp1GpZ">
          <value tag="sp1GpZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp1Z)" description="Principal stress direction 1, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="sp2GpX">
          <value tag="sp2GpX" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp2X)" description="Principal stress direction 2, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="sp2GpY">
          <value tag="sp2GpY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp2Y)" description="Principal stress direction 2, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="sp2GpZ">
          <value tag="sp2GpZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp2Z)" description="Principal stress direction 2, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="sp3GpX">
          <value tag="sp3GpX" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp3X)" description="Principal stress direction 3, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="sp3GpY">
          <value tag="sp3GpY" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp3Y)" description="Principal stress direction 3, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="sp3GpZ">
          <value tag="sp3GpZ" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.sp3Z)" description="Principal stress direction 3, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="pm">
          <value tag="pm" expression="-(root.mod1.fsi.sx+root.mod1.fsi.sy+root.mod1.fsi.sz)/3" description="Pressure"/>
        </expressions>
        <expressions key="p">
          <value tag="p" expression="root.mod1.fsi.pm" description="Pressure"/>
        </expressions>
        <expressions key="pmGp">
          <value tag="pmGp" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.pm)" description="Pressure, Gauss-point evaluation"/>
        </expressions>
        <expressions key="pGp">
          <value tag="pGp" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.p)" description="Pressure, Gauss-point evaluation"/>
        </expressions>
        <expressions key="IX">
          <value tag="IX" expression="-root.mod1.fsi.SX*root.mod1.fsi.u_tX-root.mod1.fsi.SXY*root.mod1.fsi.u_tY" description="Mechanical energy flux, X component"/>
        </expressions>
        <expressions key="IY">
          <value tag="IY" expression="-root.mod1.fsi.SXY*root.mod1.fsi.u_tX-root.mod1.fsi.SY*root.mod1.fsi.u_tY" description="Mechanical energy flux, Y component"/>
        </expressions>
        <expressions key="IZ">
          <value tag="IZ" expression="-root.mod1.fsi.SXZ*root.mod1.fsi.u_tX-root.mod1.fsi.SYZ*root.mod1.fsi.u_tY" description="Mechanical energy flux, Z component"/>
        </expressions>
        <expressions key="curlUX">
          <value tag="curlUX" description="Curl of displacement, X component"/>
        </expressions>
        <expressions key="curlUY">
          <value tag="curlUY" description="Curl of displacement, Y component"/>
        </expressions>
        <expressions key="curlUZ">
          <value tag="curlUZ" expression="root.mod1.v_solidX-root.mod1.u_solidY" description="Curl of displacement, Z component"/>
        </expressions>
        <expressions key="mises">
          <value tag="mises" expression="(3*root.mod1.fsi.II2s)^0.5" description="von Mises stress"/>
        </expressions>
        <expressions key="misesGp">
          <value tag="misesGp" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.mises)" description="von Mises stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="tresca">
          <value tag="tresca" expression="root.mod1.fsi.sp1-root.mod1.fsi.sp3" description="Tresca stress"/>
        </expressions>
        <expressions key="trescaGp">
          <value tag="trescaGp" expression="root.mod1.fsi.solidGpEval(root.mod1.fsi.tresca)" description="Tresca stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="RFx">
          <value tag="RFx" expression="reacf(root.mod1.u_solid)" description="Reaction force, x component"/>
        </expressions>
        <expressions key="RFy">
          <value tag="RFy" expression="reacf(root.mod1.v_solid)" description="Reaction force, y component"/>
        </expressions>
        <expressions key="RFz">
          <value tag="RFz" description="Reaction force, z component"/>
        </expressions>
        <expressions key="RMx">
          <value tag="RMx" expression="root.mod1.fsi.RFy*root.mod1.fsi.refpntz" description="Reaction moment, x component"/>
        </expressions>
        <expressions key="RMy">
          <value tag="RMy" expression="-root.mod1.fsi.RFx*root.mod1.fsi.refpntz" description="Reaction moment, y component"/>
        </expressions>
        <expressions key="RMz">
          <value tag="RMz" expression="root.mod1.fsi.RFy*(root.x-root.mod1.fsi.refpntx)-root.mod1.fsi.RFx*(root.y-root.mod1.fsi.refpnty)" description="Reaction moment, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr9">
      <value tag="iexpr9" derivedFrom="//@physics/@physints[key='fsi']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 9" entityComments="" entityAuthor="" entityCreationTime="1398889249648">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249648" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1,2" dim="2" hDim="2"/>
        <expressions key="k_fld_act">
          <value tag="k_fld_act"/>
        </expressions>
        <expressions key="ep_fld_act">
          <value tag="ep_fld_act"/>
        </expressions>
        <expressions key="om_fld_act">
          <value tag="om_fld_act"/>
        </expressions>
        <expressions key="G_fld_act">
          <value tag="G_fld_act"/>
        </expressions>
        <expressions key="uc_fld_act">
          <value tag="uc_fld_act"/>
        </expressions>
        <expressions key="pc_fld_act">
          <value tag="pc_fld_act"/>
        </expressions>
        <expressions key="nutilde_fld_act">
          <value tag="nutilde_fld_act"/>
        </expressions>
        <expressions key="relVol">
          <value tag="relVol" expression="(d(root.x,root.xi1)*d(root.y,root.xi2)-d(root.x,root.xi2)*d(root.y,root.xi1))/root.dvol" description="Local relative element volume"/>
        </expressions>
        <expressions key="dz">
          <value tag="dz" expression="1" description="Channel thickness"/>
        </expressions>
        <expressions key="gijxx">
          <value tag="gijxx" expression="d(root.x,xi1)^2+d(root.x,xi2)^2" description="Contravariant metric tensor, xx component"/>
        </expressions>
        <expressions key="gijyx">
          <value tag="gijyx" expression="d(root.x,xi1)*d(root.y,xi1)+d(root.x,xi2)*d(root.y,xi2)" description="Contravariant metric tensor, yx component"/>
        </expressions>
        <expressions key="gijzx">
          <value tag="gijzx" description="Contravariant metric tensor, zx component"/>
        </expressions>
        <expressions key="gijxy">
          <value tag="gijxy" expression="d(root.x,xi1)*d(root.y,xi1)+d(root.x,xi2)*d(root.y,xi2)" description="Contravariant metric tensor, xy component"/>
        </expressions>
        <expressions key="gijyy">
          <value tag="gijyy" expression="d(root.y,xi1)^2+d(root.y,xi2)^2" description="Contravariant metric tensor, yy component"/>
        </expressions>
        <expressions key="gijzy">
          <value tag="gijzy" description="Contravariant metric tensor, zy component"/>
        </expressions>
        <expressions key="gijxz">
          <value tag="gijxz" description="Contravariant metric tensor, xz component"/>
        </expressions>
        <expressions key="gijyz">
          <value tag="gijyz" description="Contravariant metric tensor, yz component"/>
        </expressions>
        <expressions key="gijzz">
          <value tag="gijzz" description="Contravariant metric tensor, zz component"/>
        </expressions>
        <expressions key="gijij">
          <value tag="gijij" expression="(d(root.x,xi1)^2+d(root.x,xi2)^2)^2+2*(d(root.x,xi1)*d(root.y,xi1)+d(root.x,xi2)*d(root.y,xi2))^2+(d(root.y,xi1)^2+d(root.y,xi2)^2)^2"/>
        </expressions>
        <expressions key="ck">
          <value tag="ck" encryptionKey="1" expression="/ñ" description="Tuning parameter"/>
        </expressions>
        <expressions key="uInitX">
          <value tag="uInitX" description="Initial value of displacement, X component"/>
        </expressions>
        <expressions key="uInitY">
          <value tag="uInitY" description="Initial value of displacement, Y component"/>
        </expressions>
        <expressions key="uInitZ">
          <value tag="uInitZ" description="Initial value of displacement, Z component"/>
        </expressions>
        <expressions key="utInitX">
          <value tag="utInitX" description="Initial value of structural velocity, X component"/>
        </expressions>
        <expressions key="utInitY">
          <value tag="utInitY" description="Initial value of structural velocity, Y component"/>
        </expressions>
        <expressions key="utInitZ">
          <value tag="utInitZ" description="Initial value of structural velocity, Z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr10">
      <value tag="iexpr10" derivedFrom="//@physics/@physints[key='fsi']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 10" entityComments="" entityAuthor="" entityCreationTime="1398889249652">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249651" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,3,4,5,6" dim="0" hDim="0"/>
        <expressions key="u_solid_fld_act">
          <value tag="u_solid_fld_act" expression="1" description="Displacement field"/>
        </expressions>
        <expressions key="pw_fld_act">
          <value tag="pw_fld_act" expression="1" description="Pressure"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr11">
      <value tag="iexpr11" derivedFrom="//@physics/@physints[key='fsi']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 11" entityComments="" entityAuthor="" entityCreationTime="1398889249653">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249653" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,1,2,7,8" dim="0" hDim="0"/>
        <expressions key="u_solid_fld_act">
          <value tag="u_solid_fld_act" description="Displacement field"/>
        </expressions>
        <expressions key="pw_fld_act">
          <value tag="pw_fld_act" description="Pressure"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr12">
      <value tag="iexpr12" derivedFrom="//@physics/@physints[key='fsi']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 12" entityComments="" entityAuthor="" entityCreationTime="1398889249654">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249654" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,5,6,7,8" dim="1" hDim="1"/>
        <expressions key="u_solid_fld_act">
          <value tag="u_solid_fld_act" expression="1" description="Displacement field"/>
        </expressions>
        <expressions key="u_solidTXt">
          <value tag="u_solidTXt" expression="root.mod1.u_solidTXTIME" description="Tangential gradient of u_solid, first time derivative, X component"/>
        </expressions>
        <expressions key="u_solidTYt">
          <value tag="u_solidTYt" expression="root.mod1.u_solidTYTIME" description="Tangential gradient of u_solid, first time derivative, Y component"/>
        </expressions>
        <expressions key="u_solidTXtt">
          <value tag="u_solidTXtt" expression="root.mod1.u_solidTXTIMETIME" description="Tangential gradient of u_solid, second time derivative, X component"/>
        </expressions>
        <expressions key="u_solidTYtt">
          <value tag="u_solidTYtt" expression="root.mod1.u_solidTYTIMETIME" description="Tangential gradient of u_solid, second time derivative, Y component"/>
        </expressions>
        <expressions key="v_solidTXt">
          <value tag="v_solidTXt" expression="root.mod1.v_solidTXTIME" description="Tangential gradient of v_solid, first time derivative, X component"/>
        </expressions>
        <expressions key="v_solidTYt">
          <value tag="v_solidTYt" expression="root.mod1.v_solidTYTIME" description="Tangential gradient of v_solid, first time derivative, Y component"/>
        </expressions>
        <expressions key="v_solidTXtt">
          <value tag="v_solidTXtt" expression="root.mod1.v_solidTXTIMETIME" description="Tangential gradient of v_solid, second time derivative, X component"/>
        </expressions>
        <expressions key="v_solidTYtt">
          <value tag="v_solidTYtt" expression="root.mod1.v_solidTYTIMETIME" description="Tangential gradient of v_solid, second time derivative, Y component"/>
        </expressions>
        <expressions key="pw_fld_act">
          <value tag="pw_fld_act" expression="1" description="Pressure"/>
        </expressions>
        <expressions key="pwTXt">
          <value tag="pwTXt" expression="root.mod1.fsi.pwTXTIME" description="Tangential gradient of pw, first time derivative, X component"/>
        </expressions>
        <expressions key="pwTYt">
          <value tag="pwTYt" expression="root.mod1.fsi.pwTYTIME" description="Tangential gradient of pw, first time derivative, Y component"/>
        </expressions>
        <expressions key="pwTXtt">
          <value tag="pwTXtt" expression="root.mod1.fsi.pwTXTIMETIME" description="Tangential gradient of pw, second time derivative, X component"/>
        </expressions>
        <expressions key="pwTYtt">
          <value tag="pwTYtt" expression="root.mod1.fsi.pwTYTIMETIME" description="Tangential gradient of pw, second time derivative, Y component"/>
        </expressions>
        <expressions key="nX">
          <value tag="nX" expression="root.nX" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nY">
          <value tag="nY" expression="root.nY" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZ">
          <value tag="nZ" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nXmesh">
          <value tag="nXmesh" expression="root.nXmesh" description="Normal vector (mesh), X component"/>
        </expressions>
        <expressions key="nYmesh">
          <value tag="nYmesh" expression="root.nYmesh" description="Normal vector (mesh), Y component"/>
        </expressions>
        <expressions key="nZmesh">
          <value tag="nZmesh" description="Normal vector (mesh), Z component"/>
        </expressions>
        <expressions key="nx">
          <value tag="nx" expression="root.nx" description="Normal vector, x component"/>
        </expressions>
        <expressions key="ny">
          <value tag="ny" expression="root.ny" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nxmesh">
          <value tag="nxmesh" expression="root.unxmesh" description="Normal vector (mesh), x component"/>
        </expressions>
        <expressions key="nymesh">
          <value tag="nymesh" expression="root.unymesh" description="Normal vector (mesh), y component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" description="Normal vector (mesh), z component"/>
        </expressions>
        <expressions key="x_free">
          <value tag="x_free" expression="up(root.x)" description="Coordinate, x component"/>
        </expressions>
        <expressions key="y_free">
          <value tag="y_free" expression="up(root.y)" description="Coordinate, y component"/>
        </expressions>
        <expressions key="meshVolInt">
          <value tag="meshVolInt" expression="up(root.meshvol_spatial)" description="Volume of interior mesh element"/>
        </expressions>
        <expressions key="KStressn_avx">
          <value tag="KStressn_avx" expression="root.mod1.fsi.K_stress_tensorxx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensorxy*root.mod1.fsi.nymesh" description="Average viscous stress, x component"/>
        </expressions>
        <expressions key="KStressn_avy">
          <value tag="KStressn_avy" expression="root.mod1.fsi.K_stress_tensoryx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensoryy*root.mod1.fsi.nymesh" description="Average viscous stress, y component"/>
        </expressions>
        <expressions key="KStressn_avz">
          <value tag="KStressn_avz" expression="root.mod1.fsi.K_stress_tensorzx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensorzy*root.mod1.fsi.nymesh" description="Average viscous stress, z component"/>
        </expressions>
        <expressions key="KStressTestn_avx">
          <value tag="KStressTestn_avx" expression="root.mod1.fsi.K_stress_tensor_testxx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensor_testxy*root.mod1.fsi.nymesh"/>
        </expressions>
        <expressions key="KStressTestn_avy">
          <value tag="KStressTestn_avy" expression="root.mod1.fsi.K_stress_tensor_testyx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensor_testyy*root.mod1.fsi.nymesh"/>
        </expressions>
        <expressions key="KStressTestn_avz">
          <value tag="KStressTestn_avz" expression="root.mod1.fsi.K_stress_tensor_testzx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensor_testzy*root.mod1.fsi.nymesh"/>
        </expressions>
        <expressions key="ujumpx">
          <value tag="ujumpx" expression="root.mod1.u_fluid-root.mod1.fsi.vWallx" description="Velocity jump, x component"/>
        </expressions>
        <expressions key="ujumpy">
          <value tag="ujumpy" expression="root.mod1.v_fluid-root.mod1.fsi.vWally" description="Velocity jump, y component"/>
        </expressions>
        <expressions key="ujumpz">
          <value tag="ujumpz" description="Velocity jump, z component"/>
        </expressions>
        <expressions key="sigma_dg_ns">
          <value tag="sigma_dg_ns" expression="96*nojac(up(root.mod1.fsi.mu))*root.meshvol_spatial/root.mod1.fsi.meshVolInt"/>
        </expressions>
        <expressions key="rhoFace">
          <value tag="rhoFace" expression="up(root.mod1.fsi.rho)" description="Density face value"/>
        </expressions>
        <expressions key="umxTnFace">
          <value tag="umxTnFace" expression="(root.mod1.fsi.upwind_helpx*root.mod1.fsi.nxmesh+root.mod1.fsi.upwind_helpy*root.mod1.fsi.nymesh&lt;0)*(root.mod1.fsi.upwind_helpx*root.mod1.fsi.nxmesh+root.mod1.fsi.upwind_helpy*root.mod1.fsi.nymesh)" description="Relative velocity on face"/>
        </expressions>
        <expressions key="upwind_ns">
          <value tag="upwind_ns" expression="root.mod1.fsi.rhoFace*root.mod1.fsi.umxTnFace*(root.mod1.fsi.ujumpx*root.test(root.mod1.u_fluid)+root.mod1.fsi.ujumpy*root.test(root.mod1.v_fluid))"/>
        </expressions>
        <expressions key="upwindCont">
          <value tag="upwindCont" expression="root.mod1.fsi.rhoFace*(root.mod1.fsi.ujumpx*root.mod1.fsi.nxmesh+root.mod1.fsi.ujumpy*root.mod1.fsi.nymesh)*root.test(root.mod1.p)" description="Upwind term for continuity equation"/>
        </expressions>
        <expressions key="pFace">
          <value tag="pFace" expression="root.mod1.p" description="Pressure face value"/>
        </expressions>
        <expressions key="consFlux">
          <value tag="consFlux" expression="-root.mod1.fsi.pFace*(root.test(root.mod1.u_fluid)*root.mod1.fsi.nxmesh+root.test(root.mod1.v_fluid)*root.mod1.fsi.nymesh)" description="Conservative flux"/>
        </expressions>
        <expressions key="vWallx">
          <value tag="vWallx" expression="root.mod1.u_solidTIME" description="Wall velocity, x component"/>
        </expressions>
        <expressions key="vWally">
          <value tag="vWally" expression="root.mod1.v_solidTIME" description="Wall velocity, y component"/>
        </expressions>
        <expressions key="vWallz">
          <value tag="vWallz" description="Wall velocity, z component"/>
        </expressions>
        <expressions key="nI">
          <value tag="nI" expression="root.unX*(down(root.mod1.fsi.IX)-up(root.mod1.fsi.IX))+root.unY*(down(root.mod1.fsi.IY)-up(root.mod1.fsi.IY))" description="Outward mechanical energy flux"/>
        </expressions>
        <expressions key="Tax">
          <value tag="Tax" expression="root.mod1.fsi.sx*root.mod1.fsi.nx+root.mod1.fsi.sxy*root.mod1.fsi.ny" description="Traction (force/area), x component"/>
        </expressions>
        <expressions key="Tay">
          <value tag="Tay" expression="root.mod1.fsi.sxy*root.mod1.fsi.nx+root.mod1.fsi.sy*root.mod1.fsi.ny" description="Traction (force/area), y component"/>
        </expressions>
        <expressions key="Taz">
          <value tag="Taz" expression="root.mod1.fsi.sxz*root.mod1.fsi.nx+root.mod1.fsi.syz*root.mod1.fsi.ny" description="Traction (force/area), z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr13">
      <value tag="iexpr13" derivedFrom="//@physics/@physints[key='fsi']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 13" entityComments="" entityAuthor="" entityCreationTime="1398889249655">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249655" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,1,2,3,4" dim="1" hDim="1"/>
        <expressions key="u_solid_fld_act">
          <value tag="u_solid_fld_act" description="Displacement field"/>
        </expressions>
        <expressions key="pw_fld_act">
          <value tag="pw_fld_act" description="Pressure"/>
        </expressions>
        <expressions key="nX">
          <value tag="nX" expression="root.dnX" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nY">
          <value tag="nY" expression="root.dnY" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZ">
          <value tag="nZ" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nXmesh">
          <value tag="nXmesh" expression="root.dnXmesh" description="Normal vector (mesh), X component"/>
        </expressions>
        <expressions key="nYmesh">
          <value tag="nYmesh" expression="root.dnYmesh" description="Normal vector (mesh), Y component"/>
        </expressions>
        <expressions key="nZmesh">
          <value tag="nZmesh" description="Normal vector (mesh), Z component"/>
        </expressions>
        <expressions key="nx">
          <value tag="nx" expression="root.dnx" description="Normal vector, x component"/>
        </expressions>
        <expressions key="ny">
          <value tag="ny" expression="root.dny" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nxmesh">
          <value tag="nxmesh" expression="root.dnxmesh" description="Normal vector (mesh), x component"/>
        </expressions>
        <expressions key="nymesh">
          <value tag="nymesh" expression="root.dnymesh" description="Normal vector (mesh), y component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" description="Normal vector (mesh), z component"/>
        </expressions>
        <expressions key="x_free">
          <value tag="x_free" expression="down(root.x)" description="Coordinate, x component"/>
        </expressions>
        <expressions key="y_free">
          <value tag="y_free" expression="down(root.y)" description="Coordinate, y component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr14">
      <value tag="iexpr14" derivedFrom="//@physics/@physints[key='fsi']/@value" entityName="Variables 14" entityComments="" entityAuthor="" entityCreationTime="1398889249690">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249690" selType="global"/>
        <expressions key="relVolMin">
          <value tag="relVolMin" expression="root.mod1.fsi.minOp(root.mod1.fsi.relVol)" description="Minimum relative element volume"/>
        </expressions>
        <expressions key="relVolMax">
          <value tag="relVolMax" expression="root.mod1.fsi.maxOp(root.mod1.fsi.relVol)" description="Maximum relative element volume"/>
        </expressions>
        <expressions key="minqual">
          <value tag="minqual" expression="root.mod1.fsi.minOp(root.qual_spatial)" description="Minimum element quality"/>
        </expressions>
        <expressions key="xt">
          <value tag="xt" expression="d(root.x,TIME)" description="Mesh velocity, x component"/>
        </expressions>
        <expressions key="yt">
          <value tag="yt" expression="d(root.y,TIME)" description="Mesh velocity, y component"/>
        </expressions>
        <expressions key="zt">
          <value tag="zt" description="Mesh velocity, z component"/>
        </expressions>
        <expressions key="refpntx">
          <value tag="refpntx" description="Reference point for moment computation, x coordinate"/>
        </expressions>
        <expressions key="refpnty">
          <value tag="refpnty" description="Reference point for moment computation, y coordinate"/>
        </expressions>
        <expressions key="refpntz">
          <value tag="refpntz" description="Reference point for moment computation, z coordinate"/>
        </expressions>
        <expressions key="cref">
          <value tag="cref" expression="root.mod1.fsi.cp" description="Typical wave speed for perfectly matched layers"/>
        </expressions>
        <expressions key="Ws_tot">
          <value tag="Ws_tot" expression="root.mod1.fsi.dlemm1.int2(0.5*(root.mod1.fsi.Sl11*root.mod1.fsi.eel11+2*root.mod1.fsi.Sl12*root.mod1.fsi.eel12+2*root.mod1.fsi.Sl13*root.mod1.fsi.eel13+root.mod1.fsi.Sl22*root.mod1.fsi.eel22+2*root.mod1.fsi.Sl23*root.mod1.fsi.eel23+root.mod1.fsi.Sl33*root.mod1.fsi.eel33))" description="Total strain energy"/>
        </expressions>
        <expressions key="Wk_tot">
          <value tag="Wk_tot" expression="root.mod1.fsi.dlemm1.int2(0.5*(root.mod1.u_solidTIME^2+root.mod1.v_solidTIME^2)*root.mod1.fsi.rho)" description="Total kinetic energy"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr15">
      <value tag="iexpr15" derivedFrom="//@physics/@physints[key='fsi']/@value/@feature/@features[key='wall1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 15" entityComments="" entityAuthor="" entityCreationTime="1398889249716">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249716" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,1" dim="1" hDim="1"/>
        <expressions key="ubndx">
          <value tag="ubndx" expression="-nojac(root.mod1.fsi.nxmesh)*root.mod1.fsi.U0in" description="Velocity at boundary, x component"/>
        </expressions>
        <expressions key="ubndy">
          <value tag="ubndy" expression="-nojac(root.mod1.fsi.nymesh)*root.mod1.fsi.U0in" description="Velocity at boundary, y component"/>
        </expressions>
        <expressions key="ubndz">
          <value tag="ubndz" description="Velocity at boundary, z component"/>
        </expressions>
        <expressions key="U0in">
          <value tag="U0in" expression="200*root.Y" description="Normal inflow velocity"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr16">
      <value tag="iexpr16" derivedFrom="//@physics/@physints[key='fsi']/@value/@feature/@features[key='wall1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 16" entityComments="" entityAuthor="" entityCreationTime="1398889249718">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249718" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,4" dim="1" hDim="1"/>
        <expressions key="ubndx">
          <value tag="ubndx" expression="root.mod1.fsi.nx*root.mod1.fsi.U0out" description="Velocity at boundary, x component"/>
        </expressions>
        <expressions key="ubndy">
          <value tag="ubndy" expression="root.mod1.fsi.ny*root.mod1.fsi.U0out" description="Velocity at boundary, y component"/>
        </expressions>
        <expressions key="ubndz">
          <value tag="ubndz" description="Velocity at boundary, z component"/>
        </expressions>
        <expressions key="U0out">
          <value tag="U0out" expression="200*root.Y" description="Normal outflow velocity"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr17">
      <value tag="iexpr17" derivedFrom="//@physics/@physints[key='fsi']/@value/@feature/@features[key='wall1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 17" entityComments="" entityAuthor="" entityCreationTime="1398889249719">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249719" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,3" dim="1" hDim="1"/>
        <expressions key="ubndx">
          <value tag="ubndx" expression="root.mod1.fsi.uvw*root.mod1.fsi.ny" description="Velocity at boundary, x component"/>
        </expressions>
        <expressions key="ubndy">
          <value tag="ubndy" expression="-root.mod1.fsi.uvw*root.mod1.fsi.nx" description="Velocity at boundary, y component"/>
        </expressions>
        <expressions key="ubndz">
          <value tag="ubndz" description="Velocity at boundary, z component"/>
        </expressions>
        <expressions key="meshVolInt">
          <value tag="meshVolInt" expression="down(root.meshvol_spatial)" description="Volume of interior mesh element"/>
        </expressions>
        <expressions key="KStressn_avx">
          <value tag="KStressn_avx" expression="root.mod1.fsi.K_stress_tensorxx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensorxy*root.mod1.fsi.nymesh" description="Average viscous stress, x component"/>
        </expressions>
        <expressions key="KStressn_avy">
          <value tag="KStressn_avy" expression="root.mod1.fsi.K_stress_tensoryx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensoryy*root.mod1.fsi.nymesh" description="Average viscous stress, y component"/>
        </expressions>
        <expressions key="KStressn_avz">
          <value tag="KStressn_avz" expression="root.mod1.fsi.K_stress_tensorzx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensorzy*root.mod1.fsi.nymesh" description="Average viscous stress, z component"/>
        </expressions>
        <expressions key="KStressTestn_avx">
          <value tag="KStressTestn_avx" expression="root.mod1.fsi.K_stress_tensor_testxx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensor_testxy*root.mod1.fsi.nymesh"/>
        </expressions>
        <expressions key="KStressTestn_avy">
          <value tag="KStressTestn_avy" expression="root.mod1.fsi.K_stress_tensor_testyx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensor_testyy*root.mod1.fsi.nymesh"/>
        </expressions>
        <expressions key="KStressTestn_avz">
          <value tag="KStressTestn_avz" expression="root.mod1.fsi.K_stress_tensor_testzx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensor_testzy*root.mod1.fsi.nymesh"/>
        </expressions>
        <expressions key="ujumpx">
          <value tag="ujumpx" expression="root.mod1.u_fluid-root.mod1.fsi.ubndx" description="Velocity jump, x component"/>
        </expressions>
        <expressions key="ujumpy">
          <value tag="ujumpy" expression="root.mod1.v_fluid-root.mod1.fsi.ubndy" description="Velocity jump, y component"/>
        </expressions>
        <expressions key="ujumpz">
          <value tag="ujumpz" description="Velocity jump, z component"/>
        </expressions>
        <expressions key="sigma_dg_ns">
          <value tag="sigma_dg_ns" expression="96*nojac(down(root.mod1.fsi.mu))*root.meshvol_spatial/root.mod1.fsi.meshVolInt"/>
        </expressions>
        <expressions key="rhoFace">
          <value tag="rhoFace" expression="down(root.mod1.fsi.rho)" description="Density face value"/>
        </expressions>
        <expressions key="umxTnFace">
          <value tag="umxTnFace" expression="(root.mod1.fsi.upwind_helpx*root.mod1.fsi.nxmesh+root.mod1.fsi.upwind_helpy*root.mod1.fsi.nymesh&lt;0)*(root.mod1.fsi.upwind_helpx*root.mod1.fsi.nxmesh+root.mod1.fsi.upwind_helpy*root.mod1.fsi.nymesh)" description="Relative velocity on face"/>
        </expressions>
        <expressions key="upwind_ns">
          <value tag="upwind_ns" expression="root.mod1.fsi.rhoFace*root.mod1.fsi.umxTnFace*(root.mod1.fsi.ujumpx*root.test(root.mod1.u_fluid)+root.mod1.fsi.ujumpy*root.test(root.mod1.v_fluid))"/>
        </expressions>
        <expressions key="upwindCont">
          <value tag="upwindCont" expression="root.mod1.fsi.rhoFace*(root.mod1.fsi.ujumpx*root.mod1.fsi.nxmesh+root.mod1.fsi.ujumpy*root.mod1.fsi.nymesh)*root.test(root.mod1.p)" description="Upwind term for continuity equation"/>
        </expressions>
        <expressions key="pFace">
          <value tag="pFace" expression="root.mod1.p" description="Pressure face value"/>
        </expressions>
        <expressions key="consFlux">
          <value tag="consFlux" expression="-root.mod1.fsi.pFace*(root.test(root.mod1.u_fluid)*root.mod1.fsi.nxmesh+root.test(root.mod1.v_fluid)*root.mod1.fsi.nymesh)" description="Conservative flux"/>
        </expressions>
        <expressions key="uvw">
          <value tag="uvw" expression="0.01" description="Velocity of the tangentially moving wall"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr18">
      <value tag="iexpr18" derivedFrom="//@physics/@physints[key='fsi']/@value/@feature/@features[key='wall1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 18" entityComments="" entityAuthor="" entityCreationTime="1398889249720">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249720" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,2" dim="1" hDim="1"/>
        <expressions key="ubndx">
          <value tag="ubndx" expression="root.mod1.fsi.uvw*root.mod1.fsi.ny" description="Velocity at boundary, x component"/>
        </expressions>
        <expressions key="ubndy">
          <value tag="ubndy" expression="-root.mod1.fsi.uvw*root.mod1.fsi.nx" description="Velocity at boundary, y component"/>
        </expressions>
        <expressions key="ubndz">
          <value tag="ubndz" description="Velocity at boundary, z component"/>
        </expressions>
        <expressions key="meshVolInt">
          <value tag="meshVolInt" expression="down(root.meshvol_spatial)" description="Volume of interior mesh element"/>
        </expressions>
        <expressions key="KStressn_avx">
          <value tag="KStressn_avx" expression="root.mod1.fsi.K_stress_tensorxx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensorxy*root.mod1.fsi.nymesh" description="Average viscous stress, x component"/>
        </expressions>
        <expressions key="KStressn_avy">
          <value tag="KStressn_avy" expression="root.mod1.fsi.K_stress_tensoryx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensoryy*root.mod1.fsi.nymesh" description="Average viscous stress, y component"/>
        </expressions>
        <expressions key="KStressn_avz">
          <value tag="KStressn_avz" expression="root.mod1.fsi.K_stress_tensorzx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensorzy*root.mod1.fsi.nymesh" description="Average viscous stress, z component"/>
        </expressions>
        <expressions key="KStressTestn_avx">
          <value tag="KStressTestn_avx" expression="root.mod1.fsi.K_stress_tensor_testxx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensor_testxy*root.mod1.fsi.nymesh"/>
        </expressions>
        <expressions key="KStressTestn_avy">
          <value tag="KStressTestn_avy" expression="root.mod1.fsi.K_stress_tensor_testyx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensor_testyy*root.mod1.fsi.nymesh"/>
        </expressions>
        <expressions key="KStressTestn_avz">
          <value tag="KStressTestn_avz" expression="root.mod1.fsi.K_stress_tensor_testzx*root.mod1.fsi.nxmesh+root.mod1.fsi.K_stress_tensor_testzy*root.mod1.fsi.nymesh"/>
        </expressions>
        <expressions key="ujumpx">
          <value tag="ujumpx" expression="root.mod1.u_fluid-root.mod1.fsi.ubndx" description="Velocity jump, x component"/>
        </expressions>
        <expressions key="ujumpy">
          <value tag="ujumpy" expression="root.mod1.v_fluid-root.mod1.fsi.ubndy" description="Velocity jump, y component"/>
        </expressions>
        <expressions key="ujumpz">
          <value tag="ujumpz" description="Velocity jump, z component"/>
        </expressions>
        <expressions key="sigma_dg_ns">
          <value tag="sigma_dg_ns" expression="96*nojac(down(root.mod1.fsi.mu))*root.meshvol_spatial/root.mod1.fsi.meshVolInt"/>
        </expressions>
        <expressions key="rhoFace">
          <value tag="rhoFace" expression="down(root.mod1.fsi.rho)" description="Density face value"/>
        </expressions>
        <expressions key="umxTnFace">
          <value tag="umxTnFace" expression="(root.mod1.fsi.upwind_helpx*root.mod1.fsi.nxmesh+root.mod1.fsi.upwind_helpy*root.mod1.fsi.nymesh&lt;0)*(root.mod1.fsi.upwind_helpx*root.mod1.fsi.nxmesh+root.mod1.fsi.upwind_helpy*root.mod1.fsi.nymesh)" description="Relative velocity on face"/>
        </expressions>
        <expressions key="upwind_ns">
          <value tag="upwind_ns" expression="root.mod1.fsi.rhoFace*root.mod1.fsi.umxTnFace*(root.mod1.fsi.ujumpx*root.test(root.mod1.u_fluid)+root.mod1.fsi.ujumpy*root.test(root.mod1.v_fluid))"/>
        </expressions>
        <expressions key="upwindCont">
          <value tag="upwindCont" expression="root.mod1.fsi.rhoFace*(root.mod1.fsi.ujumpx*root.mod1.fsi.nxmesh+root.mod1.fsi.ujumpy*root.mod1.fsi.nymesh)*root.test(root.mod1.p)" description="Upwind term for continuity equation"/>
        </expressions>
        <expressions key="pFace">
          <value tag="pFace" expression="root.mod1.p" description="Pressure face value"/>
        </expressions>
        <expressions key="consFlux">
          <value tag="consFlux" expression="-root.mod1.fsi.pFace*(root.test(root.mod1.u_fluid)*root.mod1.fsi.nxmesh+root.test(root.mod1.v_fluid)*root.mod1.fsi.nymesh)" description="Conservative flux"/>
        </expressions>
        <expressions key="uvw">
          <value tag="uvw" expression="-0.01" description="Velocity of the tangentially moving wall"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr19">
      <value tag="iexpr19" derivedFrom="//@coordsys/@features[key='sys1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 19" entityComments="" entityAuthor="" entityCreationTime="1398889249846">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249845" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,1,2,3,4,5,6,7,8" dim="1" hDim="1"/>
        <expressions key="Tdef11">
          <value tag="Tdef11" expression="root.ny/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tdef21">
          <value tag="Tdef21" expression="root.nx" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tdef31">
          <value tag="Tdef31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tdef12">
          <value tag="Tdef12" expression="-root.nx/sqrt(1+eps)" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tdef22">
          <value tag="Tdef22" expression="root.ny" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tdef32">
          <value tag="Tdef32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tdef13">
          <value tag="Tdef13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tdef23">
          <value tag="Tdef23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tdef33">
          <value tag="Tdef33" expression="1/sqrt(1+eps)" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTdef11">
          <value tag="invTdef11" expression="root.mod1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTdef21">
          <value tag="invTdef21" expression="root.mod1.sys1.Tdef12" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTdef31">
          <value tag="invTdef31" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTdef12">
          <value tag="invTdef12" expression="root.mod1.sys1.Tdef21" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTdef22">
          <value tag="invTdef22" expression="root.mod1.sys1.Tdef22" description="Coordinate transform from system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTdef32">
          <value tag="invTdef32" description="Coordinate transform from system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTdef13">
          <value tag="invTdef13" description="Coordinate transform from system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTdef23">
          <value tag="invTdef23" description="Coordinate transform from system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTdef33">
          <value tag="invTdef33" expression="root.mod1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tref11">
          <value tag="Tref11" expression="root.nY/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tref21">
          <value tag="Tref21" expression="root.nX" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tref31">
          <value tag="Tref31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tref12">
          <value tag="Tref12" expression="-root.nX/sqrt(1+eps)" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tref22">
          <value tag="Tref22" expression="root.nY" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tref32">
          <value tag="Tref32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tref13">
          <value tag="Tref13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tref23">
          <value tag="Tref23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tref33">
          <value tag="Tref33" expression="1/sqrt(1+eps)" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTref11">
          <value tag="invTref11" expression="root.mod1.sys1.Tref11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTref21">
          <value tag="invTref21" expression="root.mod1.sys1.Tref12" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTref31">
          <value tag="invTref31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTref12">
          <value tag="invTref12" expression="root.mod1.sys1.Tref21" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTref22">
          <value tag="invTref22" expression="root.mod1.sys1.Tref22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTref32">
          <value tag="invTref32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTref13">
          <value tag="invTref13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTref23">
          <value tag="invTref23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTref33">
          <value tag="invTref33" expression="root.mod1.sys1.Tref33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tgeom11">
          <value tag="Tgeom11" expression="root.nY/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tgeom21">
          <value tag="Tgeom21" expression="root.nX" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tgeom31">
          <value tag="Tgeom31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tgeom12">
          <value tag="Tgeom12" expression="-root.nX/sqrt(1+eps)" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tgeom22">
          <value tag="Tgeom22" expression="root.nY" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tgeom32">
          <value tag="Tgeom32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tgeom13">
          <value tag="Tgeom13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tgeom23">
          <value tag="Tgeom23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tgeom33">
          <value tag="Tgeom33" expression="1/sqrt(1+eps)" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTgeom11">
          <value tag="invTgeom11" expression="root.mod1.sys1.Tgeom11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTgeom21">
          <value tag="invTgeom21" expression="root.mod1.sys1.Tgeom12" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTgeom31">
          <value tag="invTgeom31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTgeom12">
          <value tag="invTgeom12" expression="root.mod1.sys1.Tgeom21" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTgeom22">
          <value tag="invTgeom22" expression="root.mod1.sys1.Tgeom22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTgeom32">
          <value tag="invTgeom32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTgeom13">
          <value tag="invTgeom13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTgeom23">
          <value tag="invTgeom23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTgeom33">
          <value tag="invTgeom33" expression="root.mod1.sys1.Tgeom33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="T11">
          <value tag="T11" expression="root.mod1.sys1.Tdef11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="T21">
          <value tag="T21" expression="root.mod1.sys1.Tdef21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="T31">
          <value tag="T31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="T12">
          <value tag="T12" expression="root.mod1.sys1.Tdef12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="T22">
          <value tag="T22" expression="root.mod1.sys1.Tdef22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="T32">
          <value tag="T32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="T13">
          <value tag="T13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="T23">
          <value tag="T23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="T33">
          <value tag="T33" expression="root.mod1.sys1.Tdef33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invT11">
          <value tag="invT11" expression="root.mod1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invT21">
          <value tag="invT21" expression="root.mod1.sys1.Tdef12" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invT31">
          <value tag="invT31" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invT12">
          <value tag="invT12" expression="root.mod1.sys1.Tdef21" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invT22">
          <value tag="invT22" expression="root.mod1.sys1.Tdef22" description="Coordinate transform from system (sys1), 22 component"/>
        </expressions>
        <expressions key="invT32">
          <value tag="invT32" description="Coordinate transform from system (sys1), 32 component"/>
        </expressions>
        <expressions key="invT13">
          <value tag="invT13" description="Coordinate transform from system (sys1), 13 component"/>
        </expressions>
        <expressions key="invT23">
          <value tag="invT23" description="Coordinate transform from system (sys1), 23 component"/>
        </expressions>
        <expressions key="invT33">
          <value tag="invT33" expression="root.mod1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="e_t11">
          <value tag="e_t11" expression="root.mod1.sys1.Tdef11" description="Base vector (sys1) t1, x component"/>
        </expressions>
        <expressions key="e_t12">
          <value tag="e_t12" expression="root.mod1.sys1.Tdef12" description="Base vector (sys1) t1, y component"/>
        </expressions>
        <expressions key="e_t13">
          <value tag="e_t13" description="Base vector (sys1) t1, z component"/>
        </expressions>
        <expressions key="e_n1">
          <value tag="e_n1" expression="root.mod1.sys1.Tdef21" description="Base vector (sys1) n, x component"/>
        </expressions>
        <expressions key="e_n2">
          <value tag="e_n2" expression="root.mod1.sys1.Tdef22" description="Base vector (sys1) n, y component"/>
        </expressions>
        <expressions key="e_n3">
          <value tag="e_n3" description="Base vector (sys1) n, z component"/>
        </expressions>
        <expressions key="e_to1">
          <value tag="e_to1" description="Base vector (sys1) to, x component"/>
        </expressions>
        <expressions key="e_to2">
          <value tag="e_to2" description="Base vector (sys1) to, y component"/>
        </expressions>
        <expressions key="e_to3">
          <value tag="e_to3" expression="root.mod1.sys1.Tdef33" description="Base vector (sys1) to, z component"/>
        </expressions>
        <expressions key="detT">
          <value tag="detT" expression="1" description="Determinant of coordinate transform to system"/>
        </expressions>
        <expressions key="detInvT">
          <value tag="detInvT" expression="1" description="Determinant of coordinate transform to system"/>
        </expressions>
        <expressions key="gSub11">
          <value tag="gSub11" expression="1" description="Covariant metric tensor, 11 component"/>
        </expressions>
        <expressions key="gSub21">
          <value tag="gSub21" description="Covariant metric tensor, 21 component"/>
        </expressions>
        <expressions key="gSub31">
          <value tag="gSub31" description="Covariant metric tensor, 31 component"/>
        </expressions>
        <expressions key="gSub12">
          <value tag="gSub12" description="Covariant metric tensor, 12 component"/>
        </expressions>
        <expressions key="gSub22">
          <value tag="gSub22" expression="1" description="Covariant metric tensor, 22 component"/>
        </expressions>
        <expressions key="gSub32">
          <value tag="gSub32" description="Covariant metric tensor, 32 component"/>
        </expressions>
        <expressions key="gSub13">
          <value tag="gSub13" description="Covariant metric tensor, 13 component"/>
        </expressions>
        <expressions key="gSub23">
          <value tag="gSub23" description="Covariant metric tensor, 23 component"/>
        </expressions>
        <expressions key="gSub33">
          <value tag="gSub33" expression="1" description="Covariant metric tensor, 33 component"/>
        </expressions>
        <expressions key="gSup11">
          <value tag="gSup11" expression="1" description="Contravariant metric tensor, 11 component"/>
        </expressions>
        <expressions key="gSup21">
          <value tag="gSup21" description="Contravariant metric tensor, 21 component"/>
        </expressions>
        <expressions key="gSup31">
          <value tag="gSup31" description="Contravariant metric tensor, 31 component"/>
        </expressions>
        <expressions key="gSup12">
          <value tag="gSup12" description="Contravariant metric tensor, 12 component"/>
        </expressions>
        <expressions key="gSup22">
          <value tag="gSup22" expression="1" description="Contravariant metric tensor, 22 component"/>
        </expressions>
        <expressions key="gSup32">
          <value tag="gSup32" description="Contravariant metric tensor, 32 component"/>
        </expressions>
        <expressions key="gSup13">
          <value tag="gSup13" description="Contravariant metric tensor, 13 component"/>
        </expressions>
        <expressions key="gSup23">
          <value tag="gSup23" description="Contravariant metric tensor, 23 component"/>
        </expressions>
        <expressions key="gSup33">
          <value tag="gSup33" expression="1" description="Contravariant metric tensor, 33 component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr20">
      <value tag="iexpr20" derivedFrom="//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value" entityName="Variables 20" entityComments="" entityAuthor="" entityCreationTime="1398889249862">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249862" selType="global"/>
        <expressions key="mu">
          <value tag="mu" expression="root.mod1.mat1.def.eta(T[1/K])[Pa*s]"/>
        </expressions>
        <expressions key="gamma">
          <value tag="gamma" expression="1"/>
        </expressions>
        <expressions key="sigma11">
          <value tag="sigma11" expression="5.5E-6[S/m]"/>
        </expressions>
        <expressions key="sigma21">
          <value tag="sigma21"/>
        </expressions>
        <expressions key="sigma31">
          <value tag="sigma31"/>
        </expressions>
        <expressions key="sigma12">
          <value tag="sigma12"/>
        </expressions>
        <expressions key="sigma22">
          <value tag="sigma22" expression="5.5E-6[S/m]"/>
        </expressions>
        <expressions key="sigma32">
          <value tag="sigma32"/>
        </expressions>
        <expressions key="sigma13">
          <value tag="sigma13"/>
        </expressions>
        <expressions key="sigma23">
          <value tag="sigma23"/>
        </expressions>
        <expressions key="sigma33">
          <value tag="sigma33" expression="5.5E-6[S/m]"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="root.mod1.mat1.def.Cp(T[1/K])[J/(kg*K)]"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="root.mod1.mat1.def.rho(T[1/K])[kg/m^3]"/>
        </expressions>
        <expressions key="k11">
          <value tag="k11" expression="root.mod1.mat1.def.k(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="k21">
          <value tag="k21"/>
        </expressions>
        <expressions key="k31">
          <value tag="k31"/>
        </expressions>
        <expressions key="k12">
          <value tag="k12"/>
        </expressions>
        <expressions key="k22">
          <value tag="k22" expression="root.mod1.mat1.def.k(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="k32">
          <value tag="k32"/>
        </expressions>
        <expressions key="k13">
          <value tag="k13"/>
        </expressions>
        <expressions key="k23">
          <value tag="k23"/>
        </expressions>
        <expressions key="k33">
          <value tag="k33" expression="root.mod1.mat1.def.k(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="c">
          <value tag="c" expression="root.mod1.mat1.def.cs(T[1/K])[m/s]"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr21">
      <value tag="iexpr21" derivedFrom="//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 21" entityComments="" entityAuthor="" entityCreationTime="1398889249863">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249863" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1" dim="2" hDim="2"/>
        <expressions key="material.mu">
          <value tag="material.mu" expression="root.mod1.mat1.def.eta(T[1/K])[Pa*s]"/>
        </expressions>
        <expressions key="material.gamma">
          <value tag="material.gamma" expression="1"/>
        </expressions>
        <expressions key="material.sigma11">
          <value tag="material.sigma11" expression="5.5E-6[S/m]"/>
        </expressions>
        <expressions key="material.sigma21">
          <value tag="material.sigma21"/>
        </expressions>
        <expressions key="material.sigma31">
          <value tag="material.sigma31"/>
        </expressions>
        <expressions key="material.sigma12">
          <value tag="material.sigma12"/>
        </expressions>
        <expressions key="material.sigma22">
          <value tag="material.sigma22" expression="5.5E-6[S/m]"/>
        </expressions>
        <expressions key="material.sigma32">
          <value tag="material.sigma32"/>
        </expressions>
        <expressions key="material.sigma13">
          <value tag="material.sigma13"/>
        </expressions>
        <expressions key="material.sigma23">
          <value tag="material.sigma23"/>
        </expressions>
        <expressions key="material.sigma33">
          <value tag="material.sigma33" expression="5.5E-6[S/m]"/>
        </expressions>
        <expressions key="material.Cp">
          <value tag="material.Cp" expression="root.mod1.mat1.def.Cp(T[1/K])[J/(kg*K)]"/>
        </expressions>
        <expressions key="material.rho">
          <value tag="material.rho" expression="root.mod1.mat1.def.rho(T[1/K])[kg/m^3]"/>
        </expressions>
        <expressions key="material.k11">
          <value tag="material.k11" expression="root.mod1.mat1.def.k(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="material.k21">
          <value tag="material.k21"/>
        </expressions>
        <expressions key="material.k31">
          <value tag="material.k31"/>
        </expressions>
        <expressions key="material.k12">
          <value tag="material.k12"/>
        </expressions>
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                      <value tag="table" valueArray="12|2,'273','1403'|2,'278','1427'|2,'283','1447'|2,'293','1481'|2,'303','1507'|2,'313','1526'|2,'323','1541'|2,'333','1552'|2,'343','1555'|2,'353','1555'|2,'363','1550'|2,'373','1543'"/>
                    </properties>
                    <properties key="defineinv">
                      <value tag="defineinv" value="off"/>
                    </properties>
                    <properties key="funcinvname">
                      <value tag="funcinvname" value="cs_inv"/>
                    </properties>
                    <properties key="hideFrameSettings">
                      <value tag="hideFrameSettings" value="on"/>
                    </properties>
                    <properties key="defvars">
                      <value tag="defvars" value="off"/>
                    </properties>
                    <properties key="frame">
                      <value tag="frame" value="spatial"/>
                    </properties>
                    <properties key="interp">
                      <value tag="interp" value="piecewisecubic"/>
                    </properties>
                    <properties key="extrap">
                      <value tag="extrap" value="const"/>
                    </properties>
                    <properties key="extrapvalue">
                      <value tag="extrapvalue" value="0"/>
                    </properties>
                    <properties key="argunit">
                      <value tag="argunit" value=""/>
                    </properties>
                    <properties key="fununit">
                      <value tag="fununit" value=""/>
                    </properties>
                    <properties key="plotinv">
                      <value tag="plotinv" value="off"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:FunctionFeatureList" model="/"/>
                  </value>
                </features>
              </func>
            </value>
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        </materialmodel>
      </value>
    </materials>
    <materials key="mat2">
      <value tag="mat2" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Acrylic plastic" entityComments="" entityAuthor="" entityCreationTime="1398887119926" identifier="mat2">
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398887119924" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,2" dim="2" hDim="2"/>
        <properties key="family">
          <value tag="family" value="custom"/>
        </properties>
        <properties key="specular">
          <value tag="specular" value="custom"/>
        </properties>
        <properties key="customspecular">
          <value tag="customspecular" valueArray="1|3,'0.9803921568627451','0.9803921568627451','0.9803921568627451'"/>
        </properties>
        <properties key="customspecular_vector_method">
          <value tag="customspecular_vector_method" value="step"/>
        </properties>
        <properties key="customspecular_vector_start">
          <value tag="customspecular_vector_start" value=""/>
        </properties>
        <properties key="customspecular_vector_stop">
          <value tag="customspecular_vector_stop" value=""/>
        </properties>
        <properties key="customspecular_vector_step">
          <value tag="customspecular_vector_step" value=""/>
        </properties>
        <properties key="customspecular_vector_numvalues">
          <value tag="customspecular_vector_numvalues" value=""/>
        </properties>
        <properties key="customspecular_vector_function">
          <value tag="customspecular_vector_function" value="none"/>
        </properties>
        <properties key="diffuse">
          <value tag="diffuse" value="custom"/>
        </properties>
        <properties key="customdiffuse">
          <value tag="customdiffuse" valueArray="1|3,'0.39215686274509803','0.7843137254901961','0.39215686274509803'"/>
        </properties>
        <properties key="customdiffuse_vector_method">
          <value tag="customdiffuse_vector_method" value="step"/>
        </properties>
        <properties key="customdiffuse_vector_start">
          <value tag="customdiffuse_vector_start" value=""/>
        </properties>
        <properties key="customdiffuse_vector_stop">
          <value tag="customdiffuse_vector_stop" value=""/>
        </properties>
        <properties key="customdiffuse_vector_step">
          <value tag="customdiffuse_vector_step" value=""/>
        </properties>
        <properties key="customdiffuse_vector_numvalues">
          <value tag="customdiffuse_vector_numvalues" value=""/>
        </properties>
        <properties key="customdiffuse_vector_function">
          <value tag="customdiffuse_vector_function" value="none"/>
        </properties>
        <properties key="ambient">
          <value tag="ambient" value="custom"/>
        </properties>
        <properties key="customambient">
          <value tag="customambient" valueArray="1|3,'0.39215686274509803','0.7843137254901961','0.39215686274509803'"/>
        </properties>
        <properties key="customambient_vector_method">
          <value tag="customambient_vector_method" value="step"/>
        </properties>
        <properties key="customambient_vector_start">
          <value tag="customambient_vector_start" value=""/>
        </properties>
        <properties key="customambient_vector_stop">
          <value tag="customambient_vector_stop" value=""/>
        </properties>
        <properties key="customambient_vector_step">
          <value tag="customambient_vector_step" value=""/>
        </properties>
        <properties key="customambient_vector_numvalues">
          <value tag="customambient_vector_numvalues" value=""/>
        </properties>
        <properties key="customambient_vector_function">
          <value tag="customambient_vector_function" value="none"/>
        </properties>
        <properties key="noise">
          <value tag="noise" value="on"/>
        </properties>
        <properties key="noisescale">
          <value tag="noisescale" value="0"/>
        </properties>
        <properties key="noisefreq">
          <value tag="noisefreq" value="1"/>
        </properties>
        <properties key="alpha">
          <value tag="alpha" value="1"/>
        </properties>
        <properties key="lighting">
          <value tag="lighting" value="phong"/>
        </properties>
        <properties key="fresnel">
          <value tag="fresnel" value="0.5"/>
        </properties>
        <properties key="roughness">
          <value tag="roughness" value="0.1"/>
        </properties>
        <properties key="shininess">
          <value tag="shininess" value="1000"/>
        </properties>
        <properties key="lastfamily">
          <value tag="lastfamily" value="custom"/>
        </properties>
        <materialmodel entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398887119921" model="/">
          <models key="def">
            <value tag="def" entityName="Basic" entityComments="" entityAuthor="" entityCreationTime="1398887119935" identifier="def">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <param key="thermalexpansioncoefficient">
                <value tag="thermalexpansioncoefficient" value="9|1,'7.0e-5[1/K]'|1,'0'|1,'0'|1,'0'|1,'7.0e-5[1/K]'|1,'0'|1,'0'|1,'0'|1,'7.0e-5[1/K]'"/>
              </param>
              <param key="heatcapacity">
                <value tag="heatcapacity" value="1|1,'1470[J/(kg*K)]'"/>
              </param>
              <param key="density">
                <value tag="density" value="1|1,'1050[kg/m^3]'"/>
              </param>
              <param key="thermalconductivity">
                <value tag="thermalconductivity" value="9|1,'0.18[W/(m*K)]'|1,'0'|1,'0'|1,'0'|1,'0.18[W/(m*K)]'|1,'0'|1,'0'|1,'0'|1,'0.18[W/(m*K)]'"/>
              </param>
              <func model="/"/>
            </value>
          </models>
          <models key="Enu">
            <value tag="Enu" entityName="Young's modulus and Poisson's ratio" entityComments="" entityAuthor="" entityCreationTime="1398887120003" identifier="Enu">
              <entityFlags>norename</entityFlags>
              <info model="/">
                <objects key="category">
                  <value tag="category" body="Solid_mechanics/Linear_elastic_material"/>
                </objects>
              </info>
              <param key="youngsmodulus">
                <value tag="youngsmodulus" value="1|1,'3.2e9[Pa]'"/>
              </param>
              <param key="poissonsratio">
                <value tag="poissonsratio" value="1|1,'0.35'"/>
              </param>
              <func model="/"/>
            </value>
          </models>
        </materialmodel>
      </value>
    </materials>
    <valid>true</valid>
  </material>
  <physics entityName="Physics" entityComments="" entityAuthor="" entityCreationTime="1398886917334" model="/">
    <physints key="fsi">
      <value tag="fsi" entityName="Fluid-Structure Interaction" entityComments="" entityAuthor="" entityCreationTime="1398886968964" applmodeID="FluidStructureInteraction" geom="//@geom/@geoms[key='geom1']/@value" applmodeIDs="2,'LaminarFlow','SolidMechanics'" identifier="fsi">
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398886967896" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="2" hDim="2"/>
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          <props key="ShapeProperty">
            <value tag="ShapeProperty" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="order_fluid">
                <value tag="order_fluid" value="1|1,'1'"/>
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              <param key="boundaryFlux_fluid">
                <value tag="boundaryFlux_fluid" value="1|1,'0'"/>
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              <param key="order_displacement">
                <value tag="order_displacement" value="1|1,'2'"/>
              </param>
              <param key="boundaryFlux_displacement">
                <value tag="boundaryFlux_displacement" value="1|1,'0'"/>
              </param>
              <param key="hiddenRowLabels">
                <value tag="hiddenRowLabels" value="10|1,'Velocity field'|1,'Pressure'|1,'Turbulent kinetic energy'|1,'Turbulent dissipation rate'|1,'Specific dissipation rate'|1,'Reciprocal wall distance'|1,'Corrected velocity field'|1,'Corrected pressure'|1,'Undamped turbulent kinematic viscosity'|1,'Displacement field'"/>
              </param>
              <param key="valueType">
                <value tag="valueType" value="10|1,'complex'|1,'real'|1,'real'|1,'real'|1,'real'|1,'real'|1,'real'|1,'real'|1,'real'|1,'complex'"/>
              </param>
              <param key="frame">
                <value tag="frame" value="1|1,'material'"/>
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            </value>
          </props>
          <props key="EquationForm">
            <value tag="EquationForm" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="form">
                <value tag="form" value="1|1,'Automatic'"/>
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              <param key="freq_src">
                <value tag="freq_src" value="1|1,'fromSolver'"/>
              </param>
              <param key="freq">
                <value tag="freq" value="1|1,'1[kHz]'"/>
              </param>
              <param key="showAllModelInputs">
                <value tag="showAllModelInputs" value="1|1,'0'"/>
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            </value>
          </props>
          <props key="CompressibilityProperty">
            <value tag="CompressibilityProperty" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="Compressibility">
                <value tag="Compressibility" value="1|1,'Incompressible'"/>
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            </value>
          </props>
          <props key="StokesFlowProp">
            <value tag="StokesFlowProp" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="StokesFlowProp">
                <value tag="StokesFlowProp" value="1|1,'0'"/>
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            </value>
          </props>
          <props key="ShallowChannelProperty">
            <value tag="ShallowChannelProperty" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="ShallowChannelProperty">
                <value tag="ShallowChannelProperty" value="1|1,'0'"/>
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            </value>
          </props>
          <props key="dz">
            <value tag="dz" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="dz">
                <value tag="dz" value="1|1,'1'"/>
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          </props>
          <props key="PropertyEnablerProp">
            <value tag="PropertyEnablerProp" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="allowOutOfPlaneProp">
                <value tag="allowOutOfPlaneProp" value="1|1,'1'"/>
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              <param key="allowRadiationProp">
                <value tag="allowRadiationProp" value="1|1,'1'"/>
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              <param key="allowStokesProp">
                <value tag="allowStokesProp" value="1|1,'1'"/>
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                <value tag="allowTurbProp" value="1|1,'1'"/>
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              <param key="allowMaxwellStefan">
                <value tag="allowMaxwellStefan" value="1|1,'1'"/>
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            </value>
          </props>
          <props key="TurbVarScaleProp">
            <value tag="TurbVarScaleProp" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="UScale">
                <value tag="UScale" value="1|1,'1[m/s]'"/>
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              <param key="lScaleFact">
                <value tag="lScaleFact" value="1|1,'0.035'"/>
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              <param key="viscScale">
                <value tag="viscScale" value="1|1,'5e-6[m^2/s]'"/>
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              <param key="TurbVarScaleParams">
                <value tag="TurbVarScaleParams" value="1|1,'0'"/>
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            </value>
          </props>
          <props key="Stabilization">
            <value tag="Stabilization" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
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                <value tag="StreamlineDiffusion" value="1|1,'1'"/>
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                <value tag="CrosswindDiffusion" value="1|1,'1'"/>
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                <value tag="streamlinens" value="1|1,'0'"/>
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              <param key="ck">
                <value tag="ck" value="1|1,'1'"/>
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          </props>
          <props key="InconsistentStabilization">
            <value tag="InconsistentStabilization" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="delid">
                <value tag="delid" value="1|1,'0.25'"/>
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              <param key="IsotropicDiffusion">
                <value tag="IsotropicDiffusion" value="1|1,'0'"/>
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            </value>
          </props>
          <props key="TurbulenceProperty">
            <value tag="TurbulenceProperty" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="TurbulenceModelType">
                <value tag="TurbulenceModelType" value="1|1,'None'"/>
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              <param key="TurbulenceModel">
                <value tag="TurbulenceModel" value="1|1,'keps'"/>
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              <param key="Ceps1">
                <value tag="Ceps1" value="1|1,'1.44'"/>
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              <param key="Ceps2">
                <value tag="Ceps2" value="1|1,'1.92'"/>
              </param>
              <param key="C_mu">
                <value tag="C_mu" value="1|1,'0.09'"/>
              </param>
              <param key="sigmak">
                <value tag="sigmak" value="1|1,'1.0'"/>
              </param>
              <param key="sigmaeps">
                <value tag="sigmaeps" value="1|1,'1.3'"/>
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              <param key="kappav">
                <value tag="kappav" value="1|1,'0.41'"/>
              </param>
              <param key="B">
                <value tag="B" value="1|1,'5.2'"/>
              </param>
              <param key="lowReCeps1">
                <value tag="lowReCeps1" value="1|1,'1.5'"/>
              </param>
              <param key="lowReCeps2">
                <value tag="lowReCeps2" value="1|1,'1.9'"/>
              </param>
              <param key="lowResigmak">
                <value tag="lowResigmak" value="1|1,'1.4'"/>
              </param>
              <param key="lowResigmaeps">
                <value tag="lowResigmaeps" value="1|1,'1.5'"/>
              </param>
              <param key="sigmaw">
                <value tag="sigmaw" value="1|1,'0.1'"/>
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              <param key="cb1">
                <value tag="cb1" value="1|1,'0.1355'"/>
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              <param key="cb2">
                <value tag="cb2" value="1|1,'0.622'"/>
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              <param key="cv1">
                <value tag="cv1" value="1|1,'7.1'"/>
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              <param key="cw2">
                <value tag="cw2" value="1|1,'0.3'"/>
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              <param key="cw3">
                <value tag="cw3" value="1|1,'2'"/>
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              <param key="sigmanu">
                <value tag="sigmanu" value="1|1,'2/3'"/>
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                <value tag="kappavSA" value="1|1,'0.41'"/>
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                <value tag="CRot" value="1|1,'2'"/>
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              <param key="alphakom">
                <value tag="alphakom" value="1|1,'13/25'"/>
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                <value tag="sigmaks" value="1|1,'1/2'"/>
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              <param key="sigmaom">
                <value tag="sigmaom" value="1|1,'1/2'"/>
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              <param key="beta0">
                <value tag="beta0" value="1|1,'9/125'"/>
              </param>
              <param key="beta0s">
                <value tag="beta0s" value="1|1,'9/100'"/>
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            </value>
          </props>
          <props key="RANSStabilization">
            <value tag="RANSStabilization" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="RANSStreamlineDiffusion">
                <value tag="RANSStreamlineDiffusion" value="1|1,'1'"/>
              </param>
              <param key="RANSCrosswindDiffusion">
                <value tag="RANSCrosswindDiffusion" value="1|1,'1'"/>
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              <param key="ck_RANS">
                <value tag="ck_RANS" value="1|1,'1'"/>
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                <value tag="RANSIsotropicDiffusion" value="1|1,'0'"/>
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                <value tag="delidRANS" value="1|1,'0.25'"/>
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            </value>
          </props>
          <props key="ControlsSpatialFrame">
            <value tag="ControlsSpatialFrame" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="ControlsSpatialFrame">
                <value tag="ControlsSpatialFrame" value="1|1,'1'"/>
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            </value>
          </props>
          <props key="refpnt">
            <value tag="refpnt" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="refpnt">
                <value tag="refpnt" value="3|1,'0'|1,'0'|1,'0'"/>
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          </props>
          <props key="AddMixedFormPressure">
            <value tag="AddMixedFormPressure" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="AddMixedFormPressure">
                <value tag="AddMixedFormPressure" value="1|1,'0'"/>
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          </props>
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            <value tag="StructuralTransientBehavior" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="StructuralTransientBehavior">
                <value tag="StructuralTransientBehavior" value="1|1,'IncludeInertia'"/>
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            </value>
          </props>
          <props key="cref">
            <value tag="cref" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="cref">
                <value tag="cref" value="1|1,'fsi.cp'"/>
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            </value>
          </props>
          <props key="EquationType">
            <value tag="EquationType" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="EquationType">
                <value tag="EquationType" value="1|1,'smetffs'"/>
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          </props>
          <props key="FreeDeformationSettings">
            <value tag="FreeDeformationSettings" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="smoothingType">
                <value tag="smoothingType" value="1|1,'hyperelastic'"/>
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            <value tag="freeDeformationControlsBoundaries" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="freeDeformationControlsBoundaries">
                <value tag="freeDeformationControlsBoundaries" value="1|1,'0'"/>
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          <props key="PseudoTimeProperty">
            <value tag="PseudoTimeProperty" applmode="//@physics/@physints[key='fsi']/@value">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
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                <value tag="UsePseudoTime" value="1|1,'1'"/>
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                <value tag="CFLNumbExpr" value="1|1,'Automatic'"/>
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                <value tag="locCFL" value="1|1,'1.3^min(niterCMP-1\,9)+if(niterCMP>25\,9*1.3^min(niterCMP-25\,9)\,0)+if(niterCMP>50\,90*1.3^min(niterCMP-50\,9)\,0)'"/>
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          </props>
          <props key="StudyStep">
            <value tag="StudyStep" applmode="//@physics/@physints[key='fsi']/@value">
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              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <param key="StudyStep">
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        </prop>
        <field model="/">
          <fields key="velocity">
            <value tag="velocity" applfieldID="velocity" components="3,'u_fluid','v_fluid','w_fluid'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="u_fluid">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
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          <fields key="pressure">
            <value tag="pressure" applfieldID="pressure" components="1,'p'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="p">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </fields>
          <fields key="turbulentkineticenergy">
            <value tag="turbulentkineticenergy" applfieldID="turbulentkineticenergy" components="1,'k'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="k">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </fields>
          <fields key="turbulentdissipationrate">
            <value tag="turbulentdissipationrate" applfieldID="turbulentdissipationrate" components="1,'ep'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="ep">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </fields>
          <fields key="specificdissipationrate">
            <value tag="specificdissipationrate" applfieldID="specificdissipationrate" components="1,'om'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="om">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </fields>
          <fields key="reciprocallength">
            <value tag="reciprocallength" applfieldID="reciprocallength" components="1,'G'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="G">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </fields>
          <fields key="correctedvelocity">
            <value tag="correctedvelocity" applfieldID="correctedvelocity" components="3,'ucx','ucy','ucz'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="uc">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </fields>
          <fields key="correctedpressure">
            <value tag="correctedpressure" applfieldID="correctedpressure" components="1,'pc'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="pc">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </fields>
          <fields key="turbulentkinematicviscosity">
            <value tag="turbulentkinematicviscosity" applfieldID="turbulentkinematicviscosity" components="1,'nutilde'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="nutilde">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </fields>
          <fields key="displacement">
            <value tag="displacement" applfieldID="displacement" components="3,'u_solid','v_solid','w_solid'" applmode="//@physics/@physints[key='fsi']/@value" fieldname="u_solid">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
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          </fields>
        </field>
        <feature model="/" appl="//@physics/@physints[key='fsi']/@value">
          <features key="fp1">
            <value tag="fp1" entityName="Fluid Properties 1" entityComments="" entityAuthor="" entityCreationTime="1398886967902" applfeatureID="FluidProperties" applmode="//@physics/@physints[key='fsi']/@value" edim="2" default="true">
              <tags tag="DomainType" values="1,'ACTIVE'"/>
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398886967908" selType="geomdim" locked="true" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="2" hDim="2"/>
              <param key="rho_mat">
                <value tag="rho_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="rho">
                <value tag="rho" value="1|1,'0'"/>
              </param>
              <param key="mu_mat">
                <value tag="mu_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="mu">
                <value tag="mu" value="1|1,'0'"/>
              </param>
              <param key="m_pow">
                <value tag="m_pow" value="1|1,'1'"/>
              </param>
              <param key="n_pow">
                <value tag="n_pow" value="1|1,'1'"/>
              </param>
              <param key="mu0">
                <value tag="mu0" value="1|1,'1e-3[Pa*s]'"/>
              </param>
              <param key="mu_inf">
                <value tag="mu_inf" value="1|1,'0'"/>
              </param>
              <param key="n_car">
                <value tag="n_car" value="1|1,'0'"/>
              </param>
              <param key="lam_car">
                <value tag="lam_car" value="1|1,'0'"/>
              </param>
              <param key="lref">
                <value tag="lref" value="1|1,'1'"/>
              </param>
              <param key="LengthScaleSpecification">
                <value tag="LengthScaleSpecification" value="1|1,'Automatic'"/>
              </param>
              <param key="l_mix_lim">
                <value tag="l_mix_lim" value="1|1,'1'"/>
              </param>
              <param key="MixingLengthLimit">
                <value tag="MixingLengthLimit" value="1|1,'Automatic'"/>
              </param>
              <param key="minput_temperature_src">
                <value tag="minput_temperature_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_temperature">
                <value tag="minput_temperature" value="1|1,'293.15[K]'"/>
              </param>
              <param key="minput_pressure_src">
                <value tag="minput_pressure_src" value="1|1,'root.mod1.p'"/>
              </param>
              <param key="minput_pressure">
                <value tag="minput_pressure" value="1|1,'1[atm]'"/>
              </param>
              <param key="minput_electricfield_src">
                <value tag="minput_electricfield_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_electricfield">
                <value tag="minput_electricfield" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_magneticfield_src">
                <value tag="minput_magneticfield_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_magneticfield">
                <value tag="minput_magneticfield" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_magneticfluxdensity_src">
                <value tag="minput_magneticfluxdensity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_magneticfluxdensity">
                <value tag="minput_magneticfluxdensity" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_velocity_src">
                <value tag="minput_velocity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_velocity">
                <value tag="minput_velocity" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_frequency_src">
                <value tag="minput_frequency_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_frequency">
                <value tag="minput_frequency" value="1|1,'root.freq'"/>
              </param>
              <param key="minput_stress_src">
                <value tag="minput_stress_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_stress">
                <value tag="minput_stress" value="9|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_strainreferencetemperature_src">
                <value tag="minput_strainreferencetemperature_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_strainreferencetemperature">
                <value tag="minput_strainreferencetemperature" value="1|1,'0'"/>
              </param>
              <param key="minput_concentration_src">
                <value tag="minput_concentration_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_concentration">
                <value tag="minput_concentration" value="1|1,'0'"/>
              </param>
              <param key="minput_numberdensity_src">
                <value tag="minput_numberdensity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_numberdensity">
                <value tag="minput_numberdensity" value="1|1,'0'"/>
              </param>
              <param key="RefPressureCheck">
                <value tag="RefPressureCheck" value="1|1,'1'"/>
              </param>
              <param key="pref">
                <value tag="pref" value="1|1,'1[atm]'"/>
              </param>
              <param key="editModelInputs">
                <value tag="editModelInputs" value="1|1,'0'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/time'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='fsi']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1398886967905">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
                </objects>
              </featureInfo>
            </value>
          </features>
          <features key="free1">
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              <tags tag="DomainType" values="1,'DOMAINTYPECONDITION'"/>
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398886967912" selType="geomdim" locked="true" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="2" hDim="2"/>
              <param key="dxInit">
                <value tag="dxInit" value="2|1,'0'|1,'0'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/time'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='fsi']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1398886967910">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
                </objects>
              </featureInfo>
            </value>
          </features>
          <features key="wall1">
            <value tag="wall1" entityName="Wall 1" entityComments="" entityAuthor="" entityCreationTime="1398886967914" applfeatureID="Wall" applmode="//@physics/@physints[key='fsi']/@value" edim="1" default="true">
              <tags tag="DomainType" values="1,'EXTERIOR'"/>
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398886967917" selType="geomdim" locked="true" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="1" hDim="1"/>
              <param key="T_src">
                <value tag="T_src" value="1|1,'userdef'"/>
              </param>
              <param key="T">
                <value tag="T" value="1|1,'293.15[K]'"/>
              </param>
              <param key="E_src">
                <value tag="E_src" value="1|1,'userdef'"/>
              </param>
              <param key="E">
                <value tag="E" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="BoundaryCondition">
                <value tag="BoundaryCondition" value="1|1,'NoSlip'"/>
              </param>
              <param key="uwall">
                <value tag="uwall" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="ElectroosmoticOption">
                <value tag="ElectroosmoticOption" value="1|1,'userdef'"/>
              </param>
              <param key="zeta">
                <value tag="zeta" value="1|1,'-0.1[V]'"/>
              </param>
              <param key="mueo">
                <value tag="mueo" value="1|1,'7e-8[m^2/(V*s)]'"/>
              </param>
              <param key="UseViscousSlip">
                <value tag="UseViscousSlip" value="1|1,'0'"/>
              </param>
              <param key="UseThermalCreep">
                <value tag="UseThermalCreep" value="1|1,'0'"/>
              </param>
              <param key="SlipLengthOption">
                <value tag="SlipLengthOption" value="1|1,'userdef'"/>
              </param>
              <param key="Ls">
                <value tag="Ls" value="1|1,'1e-7[m]'"/>
              </param>
              <param key="alphav">
                <value tag="alphav" value="1|1,'0.9'"/>
              </param>
              <param key="sigmat">
                <value tag="sigmat" value="1|1,'0.75'"/>
              </param>
              <param key="epsilonr">
                <value tag="epsilonr" value="1|1,'80'"/>
              </param>
              <param key="lambda">
                <value tag="lambda" value="1|1,'1e-6[m]'"/>
              </param>
              <param key="uvw">
                <value tag="uvw" value="1|1,'0'"/>
              </param>
              <param key="vw">
                <value tag="vw" value="1|1,'0'"/>
              </param>
              <param key="uvwwall">
                <value tag="uvwwall" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="uleak">
                <value tag="uleak" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="constraintType">
                <value tag="constraintType" value="1|1,'symmetricConstraint'"/>
              </param>
              <param key="weakConstraints">
                <value tag="weakConstraints" value="1|1,'0'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/time'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='fsi']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1398886967916">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
                </objects>
              </featureInfo>
            </value>
          </features>
          <features key="disp1">
            <value tag="disp1" entityName="Prescribed Mesh Displacement 1" entityComments="" entityAuthor="" entityCreationTime="1398886967919" applfeatureID="PrescribedMeshDisplacement" applmode="//@physics/@physints[key='fsi']/@value" edim="1" default="true">
              <tags tag="DomainType" values="1,'DOMAINTYPECONDITION'"/>
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398886967922" selType="geomdim" locked="true" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="1" hDim="1"/>
              <param key="useDx">
                <value tag="useDx" value="2|1,'1'|1,'1'"/>
              </param>
              <param key="dx">
                <value tag="dx" value="2|1,'0'|1,'0'"/>
              </param>
              <param key="weakConstraints">
                <value tag="weakConstraints" value="1|1,'0'"/>
              </param>
              <param key="coordinateSystem">
                <value tag="coordinateSystem" value="1|1,'GlobalSystem'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/time'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='fsi']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1398886967920">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
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          <features key="free2">
            <value tag="free2" entityName="Free 2" entityComments="" entityAuthor="" entityCreationTime="1398886967923" applfeatureID="Free" applmode="//@physics/@physints[key='fsi']/@value" edim="1" default="true">
              <tags tag="DomainType" values="1,'EXTERIOR'"/>
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398886967925" selType="geomdim" locked="true" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="1" hDim="1"/>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/time'"/>
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              <feature model="/" appl="//@physics/@physints[key='fsi']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1398886967924">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
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          <features key="fsib1">
            <value tag="fsib1" entityName="Fluid-Solid Interface Boundary 1" entityComments="" entityAuthor="" entityCreationTime="1398886967927" applfeatureID="FluidSolidInterface" applmode="//@physics/@physints[key='fsi']/@value" edim="1" default="true">
              <tags tag="DomainType" values="1,'DOMAINTYPECONDITION'"/>
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              <entityFlags>nodeactivate</entityFlags>
              <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398886967928" selType="geomdim" locked="true" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="1" hDim="1"/>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/time'"/>
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              <feature model="/" appl="//@physics/@physints[key='fsi']/@value"/>
              <featureInfo model="/">
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                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1398886967927">
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                    <entityFlags>nodeactivate</entityFlags>
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          <features key="dlemm1">
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              <tags tag="DomainType" values="1,'ACTIVE'"/>
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                <value tag="E_mat" value="1|1,'from_mat'"/>
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                <value tag="E" value="1|1,'0'"/>
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                <value tag="nu_mat" value="1|1,'from_mat'"/>
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              <param key="nu">
                <value tag="nu" value="1|1,'0'"/>
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                <value tag="K_mat" value="1|1,'from_mat'"/>
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              <param key="K">
                <value tag="K" value="1|1,'0'"/>
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              <param key="G_mat">
                <value tag="G_mat" value="1|1,'from_mat'"/>
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                <value tag="G" value="1|1,'0'"/>
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                <value tag="lambLame_mat" value="1|1,'from_mat'"/>
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                <value tag="lambLame" value="1|1,'0'"/>
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              <param key="muLame_mat">
                <value tag="muLame_mat" value="1|1,'from_mat'"/>
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                <value tag="muLame" value="1|1,'0'"/>
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                <value tag="cp_mat" value="1|1,'from_mat'"/>
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              <param key="cp">
                <value tag="cp" value="1|1,'0'"/>
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              <param key="cs_mat">
                <value tag="cs_mat" value="1|1,'from_mat'"/>
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              <param key="cs">
                <value tag="cs" value="1|1,'0'"/>
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              <param key="Evector_mat">
                <value tag="Evector_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="Evector">
                <value tag="Evector" value="3|1,'0'|1,'0'|1,'0'"/>
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              <param key="nuvector_mat">
                <value tag="nuvector_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="nuvector">
                <value tag="nuvector" value="3|1,'0'|1,'0'|1,'0'"/>
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              <param key="Gvector_mat">
                <value tag="Gvector_mat" value="1|1,'from_mat'"/>
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              <param key="Gvector">
                <value tag="Gvector" value="3|1,'0'|1,'0'|1,'0'"/>
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              <param key="GvectorVo_mat">
                <value tag="GvectorVo_mat" value="1|1,'from_mat'"/>
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              <param key="GvectorVo">
                <value tag="GvectorVo" value="3|1,'0'|1,'0'|1,'0'"/>
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              <param key="D_mat">
                <value tag="D_mat" value="1|1,'from_mat'"/>
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                <value tag="D" value="36|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="DVo_mat">
                <value tag="DVo_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="DVo">
                <value tag="DVo" value="36|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="rho_mat">
                <value tag="rho_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="rho">
                <value tag="rho" value="1|1,'0'"/>
              </param>
              <param key="AdvMatRes">
                <value tag="AdvMatRes" value="1|1,'0'"/>
              </param>
              <param key="advMatVar">
                <value tag="advMatVar" value="1|1,'0'"/>
              </param>
              <param key="ForceLinearStrainRes">
                <value tag="ForceLinearStrainRes" value="1|1,'0'"/>
              </param>
              <param key="SolidModel">
                <value tag="SolidModel" value="1|1,'Isotropic'"/>
              </param>
              <param key="IsotropicOption">
                <value tag="IsotropicOption" value="1|1,'Enu'"/>
              </param>
              <param key="OrthotropicOption">
                <value tag="OrthotropicOption" value="1|1,'OrthotropicStd'"/>
              </param>
              <param key="AnisotropicOption">
                <value tag="AnisotropicOption" value="1|1,'AnisotropicStd'"/>
              </param>
              <param key="AnisotropicLossOrder">
                <value tag="AnisotropicLossOrder" value="1|1,'AnisotropicStd'"/>
              </param>
              <param key="NearlyIncompressible">
                <value tag="NearlyIncompressible" value="1|1,'1'"/>
              </param>
              <param key="coordinateSystem">
                <value tag="coordinateSystem" value="1|1,'GlobalSystem'"/>
              </param>
              <param key="EnergyDissipation">
                <value tag="EnergyDissipation" value="1|1,'0'"/>
              </param>
              <param key="CalculateDissipatedCreepEnergy">
                <value tag="CalculateDissipatedCreepEnergy" value="1|1,'0'"/>
              </param>
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                <value tag="minput_temperature_src" value="1|1,'userdef'"/>
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                <value tag="minput_pressure_src" value="1|1,'userdef'"/>
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              </param>
              <param key="minput_electricfield_src">
                <value tag="minput_electricfield_src" value="1|1,'userdef'"/>
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              <param key="minput_electricfield">
                <value tag="minput_electricfield" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="minput_magneticfield_src">
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              <param key="minput_magneticfield">
                <value tag="minput_magneticfield" value="3|1,'0'|1,'0'|1,'0'"/>
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              <param key="minput_magneticfluxdensity">
                <value tag="minput_magneticfluxdensity" value="3|1,'0'|1,'0'|1,'0'"/>
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                <value tag="minput_velocity_src" value="1|1,'userdef'"/>
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              <param key="minput_velocity">
                <value tag="minput_velocity" value="3|1,'0'|1,'0'|1,'0'"/>
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                <value tag="minput_frequency_src" value="1|1,'userdef'"/>
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                <value tag="minput_frequency" value="1|1,'root.freq'"/>
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                <value tag="minput_stress_src" value="1|1,'userdef'"/>
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                <value tag="minput_stress" value="9|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
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                <value tag="pref" value="1|1,'1[atm]'"/>
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                <value tag="editModelInputs" value="1|1,'0'"/>
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              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/time'"/>
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              <feature model="/" appl="//@physics/@physints[key='fsi']/@value"/>
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          </features>
          <features key="init1">
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              <entityFlags>nodeactivate</entityFlags>
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                <value tag="Mn" value="1|1,'0.032[kg/mol]'"/>
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                <value tag="Pst" value="1|1,'1[atm]'"/>
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                <value tag="Tst" value="1|1,'273.15[K]'"/>
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                <value tag="k0" value="1|1,'0.005[m^2/s^2]'"/>
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                <value tag="Uref" value="1|1,'1[m/s]'"/>
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                <value tag="nutilde0" value="1|1,'3*fsi.nu'"/>
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                <value tag="StudyStep" value="1|1,'std1/time'"/>
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              <feature model="/" appl="//@physics/@physints[key='fsi']/@value"/>
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                <value tag="Dzexit" value="1|1,'1'"/>
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              <properties key="splitcomplex">
                <value tag="splitcomplex" value="off"/>
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                    <properties key="linsolver">
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                    <properties key="ooc">
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                            <value tag="message" value="Failed to find consistent initial values.&#xA;Segregated group 2&#xA;&#xA;Attempt to evaluate real square root of negative number.&#xA;Function: sqrt&#xA;Failed to evaluate expression.&#xA;Expression: nojac((0.5/sqrt((((mod1.fsi.rho^2)*emetric spatial((mod1.u fluid-d(x,TIME)),(mod1.v fluid-d(y,TIME))))+((4*((tremetric spatial*(3*mod1.fsi.mu))^2))+((mod1.fsi.rho^2)/(timestep^2)))))))&#xA;Failed to evaluate variable.&#xA;Variable: mod1.fsi.tau m, Defined as: nojac((0.5/sqrt((((mod1.fsi.rho^2)*emetric spatial((mod1.u fluid-d(x,TIME)),(mod1.v fluid-d(y,TIME))))+((4*((tremetric spatial*(3*mod1.fsi.mu))^2))+((mod1.fsi.rho^2)/(timestep^2)))))))&#xA;Failed to evaluate expression.&#xA;Expression: nojac(((0.5*min((sqrt(((((mod1.fsi.tau m*mod1.fsi.res u)^2)+(((0.5*mod1.fsi.res p)/(mod1.fsi.rho*sqrt(tremetric spatial)))^2))+((mod1.fsi.tau m*mod1.fsi.res v)^2)))*mod1.fsi.ck),sqrt((emetric spatial((mod1.u fluid-d(x,TIME)),(mod1.v fluid-d(y,TIME)))/tremetric spatial))))*min(sqrt(((((mod1.v fluidy^2)+(((mod1.u fluidx^2)+(mod1.u fluidy^2))+(mod1.v fluidx^2)))+sqrt(eps))/(sqrt((eps*mod1.fsi.gijij))+((((mod1.v fluidy*mod1.fsi.gijyy)+(mod1.v fluidx*mod1.fsi.gijxy))*mod1.v fluidy)+((mod1.v fluidx*((mod1.fsi.gijyx*mod1.v fluidy)+(mod1.fsi.gijxx*mod1.v fluidx)))+((((mod1.u fluidx*mod1.fsi.gijxx)+(mod1.u fluidy*mod1.fsi.gijyx))*mod1.u fluidx)+(((mod1.u fluidy*mod1.fsi.gijyy)+(mod1.u fluidx*mod1.fsi.gijxy))*mod1.u fluidy))))))),((mod1.fsi.rho*sqrt((emetric spatial((mod1.u fluid-d(x,TIME)),(mod1.v fluid-d(y,TIME)))/tremetric spatial)))/(mod1.fsi.mu*12)))))&#xA;Failed to evaluate variable.&#xA;Variable: mod1.fsi.vhNS, Defined as: nojac(((0.5*min((sqrt(((((mod1.fsi.tau m*mod1.fsi.res u)^2)+(((0.5*mod1.fsi.res p)/(mod1.fsi.rho*sqrt(tremetric spatial)))^2))+((mod1.fsi.tau m*mod1.fsi.res v)^2)))*mod1.fsi.ck),sqrt((emetric spatial((mod1.u fluid-d(x,TIME)),(mod1.v fluid-d(y,TIME)))/tremetric spatial))))*min(sqrt(((((mod1.v fluidy^2)+(((mod1.u fluidx^2)+(mod1.u fluidy^2))+(mod1.v fluidx^2)))+sqrt(eps))/(sqrt((eps*mod1.fsi.gijij))+((((mod1.v fluidy*mod1.fsi.gijyy)+(mod1.v fluidx*mod1.fsi.gijxy))*mod1.v fluidy)+((mod1.v fluidx*((mod1.fsi.gijyx*mod1.v fluidy)+(mod1.fsi.gijxx*mod1.v fluidx)))+((((mod1.u fluidx*mod1.fsi.gijxx)+(mod1.u fluidy*mod1.fsi.gijyx))*mod1.u fluidx)+(((mod1.u fluidy*mod1.fsi.gijyy)+(mod1.u fluidx*mod1.fsi.gijxy))*mod1.u fluidy))))))),((mod1.fsi.rho*sqrt((emetric spatial((mod1.u fluid-d(x,TIME)),(mod1.v fluid-d(y,TIME)))/tremetric spatial)))/(mod1.fsi.mu*12)))))&#xA;Failed to evaluate temporary symbolic derivative variable.&#xA;Variable: mod1.fsi.crosswindnsVDN${test4}, Defined as: ((mod1.fsi.rho*mod1.fsi.vhNS)*((mod1.v fluidx*(-mod1.fsi.gijxx))-(mod1.v fluidy*mod1.fsi.gijxy)))&#xA;Failed to evaluate expression.&#xA;Expression: d((mod1.fsi.crosswindns)*(dvol spatial),{test4})&#xA;Last time step is not converged.&#xA;"/>
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                          <entityFlags>norename</entityFlags>
                          <entityFlags>nodeactivate</entityFlags>
                          <properties key="message">
                            <value tag="message" value="Inverted mesh element near coordinates (0.000105844, -5e-05).&#xA;Inverted mesh element near coordinates (0.000476038, 3.15497e-05).&#xA;Inverted mesh element near coordinates (0.000151299, 5e-05).&#xA;Inverted mesh element near coordinates (0.000107143, 5e-05).&#xA;Inverted mesh element near coordinates (0.000476216, 3.13675e-05).&#xA;Inverted mesh element near coordinates (0.000151299, 5e-05).&#xA;Inverted mesh element near coordinates (0.000105844, -5e-05).&#xA;Inverted mesh element near coordinates (0.000476216, 3.13673e-05).&#xA;Inverted mesh element near coordinates (0.00015, -5e-05).&#xA;Inverted mesh element near coordinates (0.000107143, 5e-05).&#xA;Inverted mesh element near coordinates (0.000476216, 3.13668e-05).&#xA;Inverted mesh element near coordinates (0.00015, -5e-05).&#xA;Inverted mesh element near coordinates (1.36364e-05, -5e-05).&#xA;Inverted mesh element near coordinates (-0.00114668, 0.00210248).&#xA;Inverted mesh element near coordinates (0.000248701, -5e-05).&#xA;Inverted mesh element near coordinates (0.000248701, -5e-05).&#xA;Inverted mesh element near coordinates (613.999, -631.709).&#xA;Inverted mesh element near coordinates (0.00025, 5e-05).&#xA;Inverted mesh element near coordinates (6.49351e-07, 5e-05).&#xA;Inverted mesh element near coordinates (568.882, -585.287).&#xA;Inverted mesh element near coordinates (0.00025, 5e-05).&#xA;Inverted mesh element near coordinates (0.000246104, 5e-05).&#xA;Inverted mesh element near coordinates (-0.172474, 0.188128).&#xA;Inverted mesh element near coordinates (6.49351e-07, 5e-05).&#xA;Inverted mesh element near coordinates (0.000246104, 5e-05).&#xA;Inverted mesh element near coordinates (0.00824882, 0.00801722).&#xA;Inverted mesh element near coordinates (0.000127922, 5e-05).&#xA;Inverted mesh element near coordinates (0.000248701, 5e-05).&#xA;Inverted mesh element near coordinates (0.012224, 0.0118809).&#xA;Inverted mesh element near coordinates (2.46518e+09, 3.95623e+08).&#xA;Inverted mesh element near coordinates (0.00025, 5e-05).&#xA;Inverted mesh element near coordinates (0.105585, 0.10268).&#xA;Inverted mesh element near coordinates (0.000127922, 5e-05).&#xA;Inverted mesh element near coordinates (-0.000287396, -1.71865e-05).&#xA;Inverted mesh element near coordinates (0.0122204, 0.0118774).&#xA;Inverted mesh element near coordinates (2.46299e+09, 3.95272e+08).&#xA;Inverted mesh element near coordinates (0.00025, 5e-05).&#xA;Inverted mesh element near coordinates (5.66573, 5.50608).&#xA;Inverted mesh element near coordinates (0.000129221, 5e-05).&#xA;Inverted mesh element near coordinates (0.000248701, -5e-05).&#xA;Inverted mesh element near coordinates (5.65414, 5.49482).&#xA;Inverted mesh element near coordinates (0.000129221, 5e-05).&#xA;Inverted mesh element near coordinates (0.000248701, -5e-05).&#xA;Inverted mesh element near coordinates (5.65495, 5.49561).&#xA;Inverted mesh element near coordinates (0.000127922, -5e-05).&#xA;Inverted mesh element near coordinates (0.000248701, -5e-05).&#xA;Inverted mesh element near coordinates (5.66162, 5.50209).&#xA;Inverted mesh element near coordinates (0.000127922, -5e-05).&#xA;Inverted mesh element near coordinates (0.000248701, -5e-05).&#xA;Inverted mesh element near coordinates (-0.00430883, -0.00418742).&#xA;Inverted mesh element near coordinates (-0.00430883, -0.00418742).&#xA;Inverted mesh element near coordinates (2.70456e+08, 4.30057e+07).&#xA;Inverted mesh element near coordinates (0.000248701, -5e-05).&#xA;Inverted mesh element near coordinates (-7.06634e-07, -6.86721e-07).&#xA;Inverted mesh element near coordinates (-7.06634e-07, -6.86721e-07).&#xA;Inverted mesh element near coordinates (0.543196, 0.0865782).&#xA;Inverted mesh element near coordinates (0.000248701, -5e-05)."/>
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                <value tag="study" reference="//@study/@objects[key='std1']/@value" referenceContainerList="//@study"/>
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              </properties>
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                <value tag="splitcomplex" value="off"/>
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              <properties key="assempara">
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              </properties>
              <properties key="const">
                <value tag="const" valueArray="1|0"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
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              <properties key="control">
                <value tag="control" value="user" reference="//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value" referenceContainerList="//@study/@objects[key='std1']/@value/@feature" compositeIndex="0"/>
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              <properties key="initmethod">
                <value tag="initmethod" value="sol"/>
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              <properties key="initsol">
                <value tag="initsol" value="zero" reference="//@sol/@solseqs[key='sol1']/@value" referenceContainerList="//@sol" compositeIndex="0"/>
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              <properties key="initsolhide">
                <value tag="initsolhide" value="on"/>
              </properties>
              <properties key="initsoluse">
                <value tag="initsoluse" value="current" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="solvertype">
                <value tag="solvertype" value="solnum"/>
              </properties>
              <properties key="solnum">
                <value tag="solnum" value="auto" compositeIndex="0"/>
              </properties>
              <properties key="timeinterp">
                <value tag="timeinterp" value="off"/>
              </properties>
              <properties key="t">
                <value tag="t" value="0"/>
              </properties>
              <properties key="manualsol">
                <value tag="manualsol" value="off"/>
              </properties>
              <properties key="manualsolnum">
                <value tag="manualsolnum" value="1"/>
              </properties>
              <properties key="scalemethod">
                <value tag="scalemethod" value="auto"/>
              </properties>
              <properties key="scaleval">
                <value tag="scaleval" value="1.0"/>
              </properties>
              <properties key="notsolmethod">
                <value tag="notsolmethod" value="sol"/>
              </properties>
              <properties key="notsol">
                <value tag="notsol" value="zero" reference="//@sol/@solseqs[key='sol1']/@value" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="notsolhide">
                <value tag="notsolhide" value="on"/>
              </properties>
              <properties key="notsoluse">
                <value tag="notsoluse" value="current" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="notsolvertype">
                <value tag="notsolvertype" value="solnum"/>
              </properties>
              <properties key="notsolnum">
                <value tag="notsolnum" value="auto" compositeIndex="0"/>
              </properties>
              <properties key="nottimeinterp">
                <value tag="nottimeinterp" value="off"/>
              </properties>
              <properties key="nott">
                <value tag="nott" value="0"/>
              </properties>
              <properties key="notmanualsol">
                <value tag="notmanualsol" value="off"/>
              </properties>
              <properties key="notmanualsolnum">
                <value tag="notmanualsolnum" value="1"/>
              </properties>
              <properties key="storesol">
                <value tag="storesol" value="init"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/">
                <features key="mod1_fsi_pw">
                  <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="mod1_fsi_pw" entityName="mod1.fsi.pw" entityComments="" entityAuthor="" entityCreationTime="1398889248822" operationID="Field">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>norename</entityFlags>
                    <properties key="comp">
                      <value tag="comp" valueArray="1|1,'mod1.fsi.pw'"/>
                    </properties>
                    <properties key="compintuse">
                      <value tag="compintuse" value="off"/>
                    </properties>
                    <properties key="compint">
                      <value tag="compint" valueArray="1|0"/>
                    </properties>
                    <properties key="compintstatuse">
                      <value tag="compintstatuse" value="off"/>
                    </properties>
                    <properties key="compintstat">
                      <value tag="compintstat" valueArray="1|0"/>
                    </properties>
                    <properties key="solvefor">
                      <value tag="solvefor" value="on"/>
                    </properties>
                    <properties key="out">
                      <value tag="out" value="on"/>
                    </properties>
                    <properties key="variables">
                      <value tag="variables" value="mod1_fsi_pw"/>
                    </properties>
                    <properties key="scalemethod">
                      <value tag="scalemethod" value="parent"/>
                    </properties>
                    <properties key="scaleval">
                      <value tag="scaleval" value="1.0"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                  </value>
                </features>
                <features key="mod1_u_solid">
                  <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="mod1_u_solid" entityName="mod1.u_solid" entityComments="" entityAuthor="" entityCreationTime="1398889248825" operationID="Field">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>norename</entityFlags>
                    <properties key="comp">
                      <value tag="comp" valueArray="1|2,'mod1.u_solid','mod1.v_solid'"/>
                    </properties>
                    <properties key="compintuse">
                      <value tag="compintuse" value="off"/>
                    </properties>
                    <properties key="compint">
                      <value tag="compint" valueArray="1|0"/>
                    </properties>
                    <properties key="compintstatuse">
                      <value tag="compintstatuse" value="off"/>
                    </properties>
                    <properties key="compintstat">
                      <value tag="compintstat" valueArray="1|0"/>
                    </properties>
                    <properties key="solvefor">
                      <value tag="solvefor" value="on"/>
                    </properties>
                    <properties key="out">
                      <value tag="out" value="on"/>
                    </properties>
                    <properties key="variables">
                      <value tag="variables" value="mod1_u_solid"/>
                    </properties>
                    <properties key="scalemethod">
                      <value tag="scalemethod" value="parent"/>
                    </properties>
                    <properties key="scaleval">
                      <value tag="scaleval" value="1.0"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                  </value>
                </features>
                <features key="mod1_p">
                  <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="mod1_p" entityName="mod1.p" entityComments="" entityAuthor="" entityCreationTime="1398889248828" operationID="Field">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>norename</entityFlags>
                    <properties key="comp">
                      <value tag="comp" valueArray="1|1,'mod1.p'"/>
                    </properties>
                    <properties key="compintuse">
                      <value tag="compintuse" value="off"/>
                    </properties>
                    <properties key="compint">
                      <value tag="compint" valueArray="1|0"/>
                    </properties>
                    <properties key="compintstatuse">
                      <value tag="compintstatuse" value="off"/>
                    </properties>
                    <properties key="compintstat">
                      <value tag="compintstat" valueArray="1|0"/>
                    </properties>
                    <properties key="solvefor">
                      <value tag="solvefor" value="on"/>
                    </properties>
                    <properties key="out">
                      <value tag="out" value="on"/>
                    </properties>
                    <properties key="variables">
                      <value tag="variables" value="mod1_p"/>
                    </properties>
                    <properties key="scalemethod">
                      <value tag="scalemethod" value="parent"/>
                    </properties>
                    <properties key="scaleval">
                      <value tag="scaleval" value="1.0"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                  </value>
                </features>
                <features key="mod1_u_fluid">
                  <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="mod1_u_fluid" entityName="mod1.u_fluid" entityComments="" entityAuthor="" entityCreationTime="1398889248832" operationID="Field">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>norename</entityFlags>
                    <properties key="comp">
                      <value tag="comp" valueArray="1|2,'mod1.u_fluid','mod1.v_fluid'"/>
                    </properties>
                    <properties key="compintuse">
                      <value tag="compintuse" value="off"/>
                    </properties>
                    <properties key="compint">
                      <value tag="compint" valueArray="1|0"/>
                    </properties>
                    <properties key="compintstatuse">
                      <value tag="compintstatuse" value="off"/>
                    </properties>
                    <properties key="compintstat">
                      <value tag="compintstat" valueArray="1|0"/>
                    </properties>
                    <properties key="solvefor">
                      <value tag="solvefor" value="on"/>
                    </properties>
                    <properties key="out">
                      <value tag="out" value="on"/>
                    </properties>
                    <properties key="variables">
                      <value tag="variables" value="mod1_u_fluid"/>
                    </properties>
                    <properties key="scalemethod">
                      <value tag="scalemethod" value="parent"/>
                    </properties>
                    <properties key="scaleval">
                      <value tag="scaleval" value="1.0"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                  </value>
                </features>
                <features key="mod1_xy">
                  <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="mod1_xy" entityName="mod1.xy" entityComments="" entityAuthor="" entityCreationTime="1398889248835" operationID="Field">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>norename</entityFlags>
                    <properties key="comp">
                      <value tag="comp" valueArray="1|2,'x','y'"/>
                    </properties>
                    <properties key="compintuse">
                      <value tag="compintuse" value="off"/>
                    </properties>
                    <properties key="compint">
                      <value tag="compint" valueArray="1|0"/>
                    </properties>
                    <properties key="compintstatuse">
                      <value tag="compintstatuse" value="off"/>
                    </properties>
                    <properties key="compintstat">
                      <value tag="compintstat" valueArray="1|0"/>
                    </properties>
                    <properties key="solvefor">
                      <value tag="solvefor" value="on"/>
                    </properties>
                    <properties key="out">
                      <value tag="out" value="on"/>
                    </properties>
                    <properties key="variables">
                      <value tag="variables" value="mod1_xy"/>
                    </properties>
                    <properties key="scalemethod">
                      <value tag="scalemethod" value="parent"/>
                    </properties>
                    <properties key="scaleval">
                      <value tag="scaleval" value="1.0"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                  </value>
                </features>
              </feature>
            </value>
          </features>
          <features key="s1">
            <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="s1" entityName="Stationary Solver 1" entityComments="" entityAuthor="" entityCreationTime="1398889248868" operationID="Stationary" key="true[]linpmethodinitlinpsolzerozerolinpsolhideonlinpsolusecurrentcurrentlumpedfluxoffmanualsoloffmanualsolnum1messagenonlinautooutsollinearuoutsollinearizeddureacfonsolnum1solvertypenonestol0.0010storelinpointofft0.0timeinterpofftrue[]errorchkautolinsolvermumpsmumpsalloc1.2mumpsreorderautomumpsrreorderonoocoffoocmemory512.0pardmtsolveoffpardreorderndmtpardrreorderonpardscheduleautopivotenableonpivotperturb1.0E-8pivotrefines0pivotstrategyoffpreorderndrhob400.0thresh0.1true[]DonEonKonLonMonNonautorescaleonblocksize1000blocksizeactiveoffcomplexfunoffconvinfoonkeepoffmatherronnullfunautorowscaleonsymmetricautotrue[]maxsegiter200ntolfact1.0plotoffplotgrouppg1probes[]probeselnonesegiter1segtermtolsubcfltol0.1subinitcfl5.0subkdpid0.05subkipid0.05subkppid0.65subusecflcmpontrue[]linsolverdDefmaxsubiter20segcompmod1.fsi.pw|mod1.u_solid|mod1.v_solid|x|y|segvar[mod1_xy, mod1_u_solid, mod1_fsi_pw]segvarspecallsubdamp0.7subddoginitdamp1.0subdtechconstsubinitstep1.0subinitsteph1.0E-4subiter1subjtechoneverysubminstep1.0E-4subminsteph1.0E-8subminsteprecovery0.75subntolfact10.0subresscalescalefieldwisesubrstep10.0subtermautotolsubtermconstiterusesubminsteprecoveryautotrue[]linsolverd1maxsubiter20segcompmod1.u_fluid|mod1.v_fluid|mod1.p|segvar[mod1_u_fluid, mod1_p]segvarspecallsubdamp0.7subddoginitdamp1.0subdtechconstsubinitstep1.0subinitsteph1.0E-4subiter1subjtechoneverysubminstep1.0E-4subminsteph1.0E-8subminsteprecovery0.75subntolfact10.0subresscalescalefieldwisesubrstep10.0subtermautotolsubtermconstiterusesubminsteprecoveryautotrue[]errorchkautolinsolverpardisomumpsalloc1.2mumpsreorderautomumpsrreorderonoocoffoocmemory512.0pardmtsolveoffpardreorderndmtpardrreorderonpardscheduleautopivotenableonpivotperturb1.0E-8pivotrefines0pivotstrategyoffpreorderndrhob400.0thresh0.1">
              <properties key="control">
                <value tag="control" value="user" reference="//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value" referenceContainerList="//@study/@objects[key='std1']/@value/@feature" compositeIndex="0"/>
              </properties>
              <properties key="stol">
                <value tag="stol" value="0.0010"/>
              </properties>
              <properties key="nonlin">
                <value tag="nonlin" value="auto"/>
              </properties>
              <properties key="linpmethod">
                <value tag="linpmethod" value="init"/>
              </properties>
              <properties key="linpsol">
                <value tag="linpsol" value="zero" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="linpsolhide">
                <value tag="linpsolhide" value="on"/>
              </properties>
              <properties key="linpsoluse">
                <value tag="linpsoluse" value="current" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="solvertype">
                <value tag="solvertype" value="none"/>
              </properties>
              <properties key="solnum">
                <value tag="solnum" value="1" compositeIndex="1"/>
              </properties>
              <properties key="timeinterp">
                <value tag="timeinterp" value="off"/>
              </properties>
              <properties key="t">
                <value tag="t" value="0"/>
              </properties>
              <properties key="manualsol">
                <value tag="manualsol" value="off"/>
              </properties>
              <properties key="manualsolnum">
                <value tag="manualsolnum" value="1"/>
              </properties>
              <properties key="storelinpoint">
                <value tag="storelinpoint" value="off"/>
              </properties>
              <properties key="outsollinear">
                <value tag="outsollinear" value="u"/>
              </properties>
              <properties key="outsollinearized">
                <value tag="outsollinearized" value="du"/>
              </properties>
              <properties key="reacf">
                <value tag="reacf" value="on"/>
              </properties>
              <properties key="lumpedflux">
                <value tag="lumpedflux" value="off"/>
              </properties>
              <properties key="message">
                <value tag="message" value=""/>
              </properties>
              <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/">
                <features key="dDef">
                  <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="dDef" entityName="Direct" entityComments="" entityAuthor="" entityCreationTime="1398889248874" operationID="Direct">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <properties key="linsolver">
                      <value tag="linsolver" value="mumps"/>
                    </properties>
                    <properties key="mumpsalloc">
                      <value tag="mumpsalloc" value="1.2"/>
                    </properties>
                    <properties key="mumpsreorder">
                      <value tag="mumpsreorder" value="auto"/>
                    </properties>
                    <properties key="mumpsrreorder">
                      <value tag="mumpsrreorder" value="on"/>
                    </properties>
                    <properties key="pivotenable">
                      <value tag="pivotenable" value="on"/>
                    </properties>
                    <properties key="thresh">
                      <value tag="thresh" value="0.1"/>
                    </properties>
                    <properties key="pivotperturb">
                      <value tag="pivotperturb" value="1.0E-8"/>
                    </properties>
                    <properties key="ooc">
                      <value tag="ooc" value="off"/>
                    </properties>
                    <properties key="oocmemory">
                      <value tag="oocmemory" value="512"/>
                    </properties>
                    <properties key="pardreorder">
                      <value tag="pardreorder" value="ndmt"/>
                    </properties>
                    <properties key="pardschedule">
                      <value tag="pardschedule" value="auto"/>
                    </properties>
                    <properties key="pardrreorder">
                      <value tag="pardrreorder" value="on"/>
                    </properties>
                    <properties key="pivotstrategy">
                      <value tag="pivotstrategy" value="off"/>
                    </properties>
                    <properties key="pardmtsolve">
                      <value tag="pardmtsolve" value="off"/>
                    </properties>
                    <properties key="preorder">
                      <value tag="preorder" value="nd"/>
                    </properties>
                    <properties key="pivotrefines">
                      <value tag="pivotrefines" value="0"/>
                    </properties>
                    <properties key="errorchk">
                      <value tag="errorchk" value="auto"/>
                    </properties>
                    <properties key="rhob">
                      <value tag="rhob" value="400"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                  </value>
                </features>
                <features key="aDef">
                  <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="aDef" entityName="Advanced" entityComments="" entityAuthor="" entityCreationTime="1398889248895" operationID="Advanced">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <properties key="symmetric">
                      <value tag="symmetric" value="auto"/>
                    </properties>
                    <properties key="rowscale">
                      <value tag="rowscale" value="on"/>
                    </properties>
                    <properties key="nullfun">
                      <value tag="nullfun" value="auto"/>
                    </properties>
                    <properties key="blocksize">
                      <value tag="blocksize" value="1000"/>
                    </properties>
                    <properties key="blocksizeactive">
                      <value tag="blocksizeactive" value="off"/>
                    </properties>
                    <properties key="complexfun">
                      <value tag="complexfun" value="off"/>
                    </properties>
                    <properties key="matherr">
                      <value tag="matherr" value="on"/>
                    </properties>
                    <properties key="convinfo">
                      <value tag="convinfo" value="on"/>
                    </properties>
                    <properties key="autorescale">
                      <value tag="autorescale" value="on"/>
                    </properties>
                    <properties key="keep">
                      <value tag="keep" value="off"/>
                    </properties>
                    <properties key="L">
                      <value tag="L" value="on"/>
                    </properties>
                    <properties key="K">
                      <value tag="K" value="on"/>
                    </properties>
                    <properties key="D">
                      <value tag="D" value="on"/>
                    </properties>
                    <properties key="E">
                      <value tag="E" value="on"/>
                    </properties>
                    <properties key="M">
                      <value tag="M" value="on"/>
                    </properties>
                    <properties key="N">
                      <value tag="N" value="on"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                  </value>
                </features>
                <features key="se1">
                  <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="se1" entityName="Segregated 1" entityComments="" entityAuthor="" entityCreationTime="1398889248955" operationID="Segregated">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <properties key="segterm">
                      <value tag="segterm" value="tol"/>
                    </properties>
                    <properties key="segiter">
                      <value tag="segiter" value="1"/>
                    </properties>
                    <properties key="maxsegiter">
                      <value tag="maxsegiter" value="200"/>
                    </properties>
                    <properties key="ntolfact">
                      <value tag="ntolfact" value="1"/>
                    </properties>
                    <properties key="subusecflcmp">
                      <value tag="subusecflcmp" value="on"/>
                    </properties>
                    <properties key="subinitcfl">
                      <value tag="subinitcfl" value="5"/>
                    </properties>
                    <properties key="subkppid">
                      <value tag="subkppid" value="0.65"/>
                    </properties>
                    <properties key="subkdpid">
                      <value tag="subkdpid" value="0.05"/>
                    </properties>
                    <properties key="subkipid">
                      <value tag="subkipid" value="0.05"/>
                    </properties>
                    <properties key="subcfltol">
                      <value tag="subcfltol" value="0.1"/>
                    </properties>
                    <properties key="plot">
                      <value tag="plot" value="off"/>
                    </properties>
                    <properties key="plotgroup">
                      <value tag="plotgroup" reference="//@result/@feature/@features[key='pg1']/@value" referenceContainerList="//@result/@feature"/>
                    </properties>
                    <properties key="probesel">
                      <value tag="probesel" value="none"/>
                    </properties>
                    <properties key="probes">
                      <value tag="probes" referenceContainerList="//@probe"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/">
                      <features key="ss1">
                        <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="ss1" entityName="Segregated Step 1" entityComments="" entityAuthor="" entityCreationTime="1398889248983" operationID="SegregatedStep">
                          <properties key="segvar">
                            <value tag="segvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value/@feature/@features[key='mod1_xy']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value/@feature/@features[key='mod1_u_solid']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value/@feature/@features[key='mod1_fsi_pw']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value/@feature"/>
                          </properties>
                          <properties key="segvarspec">
                            <value tag="segvarspec" value="all"/>
                          </properties>
                          <properties key="segcomp">
                            <value tag="segcomp" valueArray="1|5,'mod1.fsi.pw','mod1.u_solid','mod1.v_solid','x','y'"/>
                          </properties>
                          <properties key="linsolver">
                            <value tag="linsolver" reference="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='dDef']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature"/>
                          </properties>
                          <properties key="subdtech">
                            <value tag="subdtech" value="const"/>
                          </properties>
                          <properties key="subinitstep">
                            <value tag="subinitstep" value="1"/>
                          </properties>
                          <properties key="subminstep">
                            <value tag="subminstep" value="1.0E-4"/>
                          </properties>
                          <properties key="subrstep">
                            <value tag="subrstep" value="10"/>
                          </properties>
                          <properties key="usesubminsteprecovery">
                            <value tag="usesubminsteprecovery" value="auto"/>
                          </properties>
                          <properties key="subminsteprecovery">
                            <value tag="subminsteprecovery" value="0.75"/>
                          </properties>
                          <properties key="subtermauto">
                            <value tag="subtermauto" value="tol"/>
                          </properties>
                          <properties key="maxsubiter">
                            <value tag="maxsubiter" value="20"/>
                          </properties>
                          <properties key="subntolfact">
                            <value tag="subntolfact" value="10"/>
                          </properties>
                          <properties key="subiter">
                            <value tag="subiter" value="1"/>
                          </properties>
                          <properties key="subdamp">
                            <value tag="subdamp" value="0.7"/>
                          </properties>
                          <properties key="subjtech">
                            <value tag="subjtech" value="onevery"/>
                          </properties>
                          <properties key="subtermconst">
                            <value tag="subtermconst" value="iter"/>
                          </properties>
                          <properties key="subinitsteph">
                            <value tag="subinitsteph" value="1.0E-4"/>
                          </properties>
                          <properties key="subminsteph">
                            <value tag="subminsteph" value="1.0E-8"/>
                          </properties>
                          <properties key="subddoginitdamp">
                            <value tag="subddoginitdamp" value="1"/>
                          </properties>
                          <properties key="subresscale">
                            <value tag="subresscale" value="scalefieldwise"/>
                          </properties>
                          <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                        </value>
                      </features>
                      <features key="ss2">
                        <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="ss2" entityName="Segregated Step 2" entityComments="" entityAuthor="" entityCreationTime="1398889249000" operationID="SegregatedStep">
                          <properties key="segvar">
                            <value tag="segvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value/@feature/@features[key='mod1_u_fluid']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value/@feature/@features[key='mod1_p']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value/@feature"/>
                          </properties>
                          <properties key="segvarspec">
                            <value tag="segvarspec" value="all"/>
                          </properties>
                          <properties key="segcomp">
                            <value tag="segcomp" valueArray="1|3,'mod1.u_fluid','mod1.v_fluid','mod1.p'"/>
                          </properties>
                          <properties key="linsolver">
                            <value tag="linsolver" reference="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='d1']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature"/>
                          </properties>
                          <properties key="subdtech">
                            <value tag="subdtech" value="const"/>
                          </properties>
                          <properties key="subinitstep">
                            <value tag="subinitstep" value="1"/>
                          </properties>
                          <properties key="subminstep">
                            <value tag="subminstep" value="1.0E-4"/>
                          </properties>
                          <properties key="subrstep">
                            <value tag="subrstep" value="10"/>
                          </properties>
                          <properties key="usesubminsteprecovery">
                            <value tag="usesubminsteprecovery" value="auto"/>
                          </properties>
                          <properties key="subminsteprecovery">
                            <value tag="subminsteprecovery" value="0.75"/>
                          </properties>
                          <properties key="subtermauto">
                            <value tag="subtermauto" value="tol"/>
                          </properties>
                          <properties key="maxsubiter">
                            <value tag="maxsubiter" value="20"/>
                          </properties>
                          <properties key="subntolfact">
                            <value tag="subntolfact" value="10"/>
                          </properties>
                          <properties key="subiter">
                            <value tag="subiter" value="1"/>
                          </properties>
                          <properties key="subdamp">
                            <value tag="subdamp" value="0.7"/>
                          </properties>
                          <properties key="subjtech">
                            <value tag="subjtech" value="onevery"/>
                          </properties>
                          <properties key="subtermconst">
                            <value tag="subtermconst" value="iter"/>
                          </properties>
                          <properties key="subinitsteph">
                            <value tag="subinitsteph" value="1.0E-4"/>
                          </properties>
                          <properties key="subminsteph">
                            <value tag="subminsteph" value="1.0E-8"/>
                          </properties>
                          <properties key="subddoginitdamp">
                            <value tag="subddoginitdamp" value="1"/>
                          </properties>
                          <properties key="subresscale">
                            <value tag="subresscale" value="scalefieldwise"/>
                          </properties>
                          <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                        </value>
                      </features>
                    </feature>
                  </value>
                </features>
                <features key="d1">
                  <value xsi:type="com.comsol.mph-v12:SolverFeature" tag="d1" entityName="Direct 1" entityComments="" entityAuthor="" entityCreationTime="1398889249015" operationID="Direct">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <properties key="linsolver">
                      <value tag="linsolver" value="pardiso"/>
                    </properties>
                    <properties key="mumpsalloc">
                      <value tag="mumpsalloc" value="1.2"/>
                    </properties>
                    <properties key="mumpsreorder">
                      <value tag="mumpsreorder" value="auto"/>
                    </properties>
                    <properties key="mumpsrreorder">
                      <value tag="mumpsrreorder" value="on"/>
                    </properties>
                    <properties key="pivotenable">
                      <value tag="pivotenable" value="on"/>
                    </properties>
                    <properties key="thresh">
                      <value tag="thresh" value="0.1"/>
                    </properties>
                    <properties key="pivotperturb">
                      <value tag="pivotperturb" value="1.0E-8"/>
                    </properties>
                    <properties key="ooc">
                      <value tag="ooc" value="off"/>
                    </properties>
                    <properties key="oocmemory">
                      <value tag="oocmemory" value="512"/>
                    </properties>
                    <properties key="pardreorder">
                      <value tag="pardreorder" value="ndmt"/>
                    </properties>
                    <properties key="pardschedule">
                      <value tag="pardschedule" value="auto"/>
                    </properties>
                    <properties key="pardrreorder">
                      <value tag="pardrreorder" value="on"/>
                    </properties>
                    <properties key="pivotstrategy">
                      <value tag="pivotstrategy" value="off"/>
                    </properties>
                    <properties key="pardmtsolve">
                      <value tag="pardmtsolve" value="off"/>
                    </properties>
                    <properties key="preorder">
                      <value tag="preorder" value="nd"/>
                    </properties>
                    <properties key="pivotrefines">
                      <value tag="pivotrefines" value="0"/>
                    </properties>
                    <properties key="errorchk">
                      <value tag="errorchk" value="auto"/>
                    </properties>
                    <properties key="rhob">
                      <value tag="rhob" value="400"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v12:SolverFeatureList" model="/"/>
                  </value>
                </features>
              </feature>
            </value>
          </features>
        </feature>
        <solutionnative tag="/solution1.mphbin" pName="1,'t'" solnumDescriptions="1,'0'" analysisType="Time" tListReal="0.0" tListImag="0.0" tDescr="Time"/>
        <savePoint tag="savepoint1" study="std1/time">
          <xmeshnative tag="/savepoint1/xmesh1.mphbin" dofVersion="3" geomsSolvedFor="1,'geom1'"/>
        </savePoint>
        <solutioninfo pNames="1,'t'" looplevel="0" maxLevels="3" pNamesOuter="0" structured="false">
          <pLists>0.0</pLists>
          <oldInfo pNames="1,'t'" looplevel="0" maxLevels="3" pNamesOuter="0" structured="false" oldAnalysisType="Time">
            <pLists>0.0</pLists>
          </oldInfo>
        </solutioninfo>
      </value>
    </solseqs>
  </sol>
  <result entityName="Results" entityComments="" entityAuthor="" entityCreationTime="1398886917353">
    <entityFlags>nodeactivate</entityFlags>
    <entityFlags>noremove</entityFlags>
    <dataset entityName="Data Sets" entityComments="" entityAuthor="" entityCreationTime="1398886917355" model="/">
      <features key="dset1">
        <value xsi:type="com.comsol.mph-v12:DatasetFeature" tag="dset1" entityName="Solution 1" entityComments="" entityAuthor="" entityCreationTime="1398887716692" operationID="Solution">
          <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398887716707" selType="geom" geom="//@savePointData/@objects[key='savepoint1']/@value/@geom/@objects[key='geom1']/@value" inherit="true"/>
          <properties key="solution">
            <value tag="solution" value="none" reference="//@sol/@solseqs[key='sol1']/@value" referenceContainerList="//@sol" compositeIndex="0"/>
          </properties>
          <properties key="phaseshift">
            <value tag="phaseshift" value="0"/>
          </properties>
          <properties key="scalingfactor">
            <value tag="scalingfactor" value="1"/>
          </properties>
          <properties key="geom">
            <value tag="geom" reference="//@savePointData/@objects[key='savepoint1']/@value/@geom/@objects[key='geom1']/@value" referenceContainerList="//@savePointData/@objects[key='savepoint1']/@value/@geom"/>
          </properties>
          <properties key="frametype">
            <value tag="frametype" value="spatial"/>
          </properties>
          <properties key="phase">
            <value tag="phase" value="0"/>
          </properties>
          <properties key="scalefactor">
            <value tag="scalefactor" value="1"/>
          </properties>
          <properties key="probetag">
            <value tag="probetag" value="none"/>
          </properties>
          <feature xsi:type="com.comsol.mph-v12:DatasetFeatureList" model="/"/>
        </value>
      </features>
    </dataset>
    <feature entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398886919261" model="/">
      <features key="pg1">
        <value xsi:type="com.comsol.mph-v12:ResultFeature" tag="pg1" entityName="Flow and Stress (fsi)" entityComments="" entityAuthor="" entityCreationTime="1398887722014" operationID="PlotGroup2D" status="edited">
          <properties key="data">
            <value tag="data" value="none" reference="//@result/@dataset/@features[key='dset1']/@value" referenceContainerList="//@result/@dataset" compositeIndex="0"/>
          </properties>
          <properties key="readytoplot">
            <value tag="readytoplot" value="on"/>
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          <properties key="solrepresentation">
            <value tag="solrepresentation" value="solutioninfo"/>
          </properties>
          <properties key="oldanalysistype">
            <value tag="oldanalysistype" value="Time"/>
          </properties>
          <properties key="oldouteranalysistype">
            <value tag="oldouteranalysistype" value="noneavailable"/>
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          <properties key="outertype">
            <value tag="outertype" value="none"/>
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          <properties key="outersolnum">
            <value tag="outersolnum" value="1"/>
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          <properties key="solvertype">
            <value tag="solvertype" value="solnum"/>
          </properties>
          <properties key="solnum">
            <value tag="solnum" value="1" compositeIndex="1"/>
          </properties>
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            <value tag="timeinterp" value="off"/>
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            <value tag="t" value="0"/>
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            <value tag="showlooplevel" valueArray="1|3,'on','off','off'"/>
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            <value tag="looplevel" valueArray="1|1,'1'"/>
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            <value tag="showinterp" valueArray="1|3,'off','off','off'"/>
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          <properties key="interp">
            <value tag="interp" valueArray="1|1,'0.0'"/>
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            <value tag="titletype" value="auto"/>
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          <properties key="datasetintitle">
            <value tag="datasetintitle" value="off"/>
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            <value tag="title" value=""/>
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          <properties key="view">
            <value tag="view" value="auto" referenceContainerList="//@view" compositeIndex="0"/>
          </properties>
          <properties key="ignoreview">
            <value tag="ignoreview" value="off"/>
          </properties>
          <properties key="xlabel">
            <value tag="xlabel" value=""/>
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          <properties key="xlabelactive">
            <value tag="xlabelactive" value="off"/>
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            <value tag="ylabel" value=""/>
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          <properties key="ylabelactive">
            <value tag="ylabelactive" value="off"/>
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          <properties key="showhiddenobjects">
            <value tag="showhiddenobjects" value="off"/>
          </properties>
          <properties key="edges">
            <value tag="edges" value="on"/>
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          <properties key="edgecolor">
            <value tag="edgecolor" value="black"/>
          </properties>
          <properties key="customedgecolor">
            <value tag="customedgecolor" valueArray="1|3,'0','0','0'"/>
          </properties>
          <properties key="customedgecolor_vector_method">
            <value tag="customedgecolor_vector_method" value="step"/>
          </properties>
          <properties key="customedgecolor_vector_start">
            <value tag="customedgecolor_vector_start" value=""/>
          </properties>
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            <value tag="customedgecolor_vector_stop" value=""/>
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            <value tag="customedgecolor_vector_step" value=""/>
          </properties>
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            <value tag="customedgecolor_vector_numvalues" value=""/>
          </properties>
          <properties key="customedgecolor_vector_function">
            <value tag="customedgecolor_vector_function" value="none"/>
          </properties>
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            <value tag="frametype" value="spatial"/>
          </properties>
          <properties key="renderdatacached">
            <value tag="renderdatacached" value="off"/>
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          <properties key="inputmode">
            <value tag="inputmode" value="evaluate"/>
          </properties>
          <properties key="cutmode">
            <value tag="cutmode" value="none"/>
          </properties>
          <properties key="planedepth">
            <value tag="planedepth" value="0.5"/>
          </properties>
          <properties key="lastinputmode">
            <value tag="lastinputmode" value="evaluate"/>
          </properties>
          <properties key="linefirst">
            <value tag="linefirst" valueArray="1|3,'0','0','0'"/>
          </properties>
          <properties key="linesecond">
            <value tag="linesecond" valueArray="1|3,'0','0','0'"/>
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            <value tag="lineisinit" value="off"/>
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            <value tag="planefirst" valueArray="1|3,'0','0','0'"/>
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            <value tag="planesecond" valueArray="1|3,'0','0','0'"/>
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            <value tag="planeisinit" value="off"/>
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            <value tag="cutlineds" value=""/>
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          <properties key="cutlinedshash">
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            <value tag="cutplanedshash" value="0"/>
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            <value tag="cutlinepg" value=""/>
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            <value tag="cutlinepgds" value=""/>
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            <value tag="cutplanepgds" value=""/>
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            <value tag="cutplaneplot" value=""/>
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          <properties key="legendpos">
            <value tag="legendpos" value="right"/>
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            <value tag="window" value="graphics"/>
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          <properties key="showwindowtitle">
            <value tag="showwindowtitle" value="off"/>
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          <properties key="animating">
            <value tag="animating" value="off"/>
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          <properties key="allowtableupdate">
            <value tag="allowtableupdate" value="on"/>
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              <value xsi:type="com.comsol.mph-v12:ResultFeature" tag="surf1" entityName="Surface 1" entityComments="" entityAuthor="" entityCreationTime="1398887722221" operationID="Surface" status="edited">
                <properties key="data">
                  <value tag="data" value="parent" referenceContainerList="//@result/@dataset" compositeIndex="0"/>
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                  <value tag="readytoplot" value="on"/>
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                  <value tag="outertype" value="none"/>
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                <properties key="outersolnum">
                  <value tag="outersolnum" value="1"/>
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                <properties key="solvertype">
                  <value tag="solvertype" value="none"/>
                </properties>
                <properties key="solnum">
                  <value tag="solnum" value="1" compositeIndex="1"/>
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                  <value tag="timeinterp" value="off"/>
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                <properties key="inputmode">
                  <value tag="inputmode" value="planedir"/>
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                  <value tag="cutmode" value="off"/>
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                <properties key="planedepth">
                  <value tag="planedepth" value="0.5"/>
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                  <value tag="cutplane" value=""/>
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                <properties key="previewpg">
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                <properties key="updatetoolbar">
                  <value tag="updatetoolbar" value="on"/>
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                  <value tag="planefirst" valueArray="1|3,'0','0','0'"/>
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                  <value tag="planesecond" valueArray="1|3,'0','0','0'"/>
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                <properties key="planeisinit">
                  <value tag="planeisinit" value="off"/>
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                <properties key="expr">
                  <value tag="expr" value="fsi.mises"/>
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                <properties key="unit">
                  <value tag="unit" value="N/m^2"/>
                </properties>
                <properties key="descractive">
                  <value tag="descractive" value="off"/>
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                <properties key="descr">
                  <value tag="descr" value="von Mises stress"/>
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                <properties key="evalmethodactive">
                  <value tag="evalmethodactive" value="off"/>
                </properties>
                <properties key="evalmethod">
                  <value tag="evalmethod" value="harmonic"/>
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                <properties key="differential">
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                  <value tag="constactive" value="off"/>
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                <properties key="coloring">
                  <value tag="coloring" value="colortable"/>
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                <properties key="colortable">
                  <value tag="colortable" value="Traffic"/>
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                <properties key="colorlegend">
                  <value tag="colorlegend" value="on"/>
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                  <value tag="colortablerev" value="off"/>
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                <properties key="colortablesym">
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                <properties key="customcolor">
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                <properties key="recover">
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                <properties key="inheritcolor">
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                <feature xsi:type="com.comsol.mph-v12:ResultFeatureList" model="/"/>
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                              <value tag="4" value="real(mod1.fsi.eXZ)" type="string"/>
                            </elems>
                            <elems key="5">
                              <value tag="5" value="real(mod1.fsi.eYZ)" type="string"/>
                            </elems>
                            <elems key="6">
                              <value tag="6" value="real(mod1.fsi.eZ)" type="string"/>
                            </elems>
                          </field>
                        </value>
                      </elems>
                    </field>
                  </value>
                </elems>
              </field>
            </value>
          </elems>
        </geomdim>
      </value>
    </elems>
    <elems key="pric2">
      <value tag="pric2" derivedFrom="//@physics/@physints[key='fsi']/@value/@feature/@features[key='dlemm1']/@value" elemType="elpric">
        <field model="/">
          <elems key="basename">
            <value tag="basename" value="mod1.fsi.sp" type="string"/>
          </elems>
          <elems key="sdim">
            <value tag="sdim" type="array">
              <field model="/" type="array">
                <elems key="1">
                  <value tag="1" value="X" type="string"/>
                </elems>
                <elems key="2">
                  <value tag="2" value="Y" type="string"/>
                </elems>
                <elems key="3">
                  <value tag="3" value="Z" type="string"/>
                </elems>
              </field>
            </value>
          </elems>
        </field>
        <src model="/" type="feature"/>
        <geomdim model="/" type="feature">
          <elems key="f">
            <value tag="f" type="feature">
              <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1398889249454" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,2" dim="2" hDim="2"/>
              <field model="/">
                <elems key="tensor">
                  <value tag="tensor" type="array">
                    <field model="/" type="array">
                      <elems key="1">
                        <value tag="1" type="array">
                          <field model="/" type="array">
                            <elems key="1">
                              <value tag="1" value="real(mod1.fsi.sx)" type="string"/>
                            </elems>
                            <elems key="2">
                              <value tag="2" value="real(mod1.fsi.sxy)" type="string"/>
                            </elems>
                            <elems key="3">
                              <value tag="3" value="real(mod1.fsi.sy)" type="string"/>
                            </elems>
                            <elems key="4">
                              <value tag="4" value="real(mod1.fsi.sxz)" type="string"/>
                            </elems>
                            <elems key="5">
                              <value tag="5" value="real(mod1.fsi.syz)" type="string"/>
                            </elems>
                            <elems key="6">
                              <value tag="6" value="real(mod1.fsi.sz)" type="string"/>
                            </elems>
                          </field>
                        </value>
                      </elems>
                    </field>
                  </value>
                </elems>
              </field>
            </value>
          </elems>
        </geomdim>
      </value>
    </elems>
  </elem>
  <elementset entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398886967763" model="/"/>
  <hist>
    <actions>t(s(&quot;//@modelNode&quot;)) m(s(&quot;create&quot;)) s(&quot;mod1&quot;) o(s(&quot;//@modelNode/@modelNodes[key='mod1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom&quot;)) m(s(&quot;create&quot;)) s(&quot;geom1&quot;) i(2) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh&quot;)) m(s(&quot;create&quot;)) s(&quot;mesh1&quot;) s(&quot;geom1&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics&quot;)) m(s(&quot;create&quot;)) s(&quot;fsi&quot;) s(&quot;FluidStructureInteraction&quot;) s(&quot;geom1&quot;) o(s(&quot;//@physics/@physints[key='fsi']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study&quot;)) m(s(&quot;create&quot;)) s(&quot;std1&quot;) o(s(&quot;//@study/@objects[key='std1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;time&quot;) s(&quot;Transient&quot;) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='time']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='time']/@value&quot;)) m(s(&quot;activate&quot;)) s(&quot;fsi&quot;) b(true) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='time']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;lengthUnit&quot;)) s(&quot;µm&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;r1&quot;) s(&quot;Rectangle&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;size&quot;) s(&quot;500&quot;) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;size&quot;) s(&quot;100&quot;) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;)) s(&quot;r1&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;c1&quot;) s(&quot;Circle&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='c1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='c1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;r&quot;) s(&quot;45&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='c1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;base&quot;) s(&quot;center&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='r1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@material&quot;)) m(s(&quot;create&quot;)) s(&quot;mat1&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;name&quot;)) s(&quot;Water, liquid&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;family&quot;) s(&quot;water&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;dynamicviscosity&quot;) s(&quot;eta(T[1/K])[Pa*s]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;ratioofspecificheat&quot;) s(&quot;1.0&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;electricconductivity&quot;) s(&quot;5.5e-6[S/m]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;heatcapacity&quot;) s(&quot;Cp(T[1/K])[J/(kg*K)]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;density&quot;) s(&quot;rho(T[1/K])[kg/m^3]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;thermalconductivity&quot;) s(&quot;k(T[1/K])[W/(m*K)]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;soundspeed&quot;) s(&quot;cs(T[1/K])[m/s]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;eta&quot;) s(&quot;Piecewise&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;eta&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;arg&quot;) s(&quot;T&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;extrap&quot;) s(&quot;constant&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pieces&quot;) saa(sa(s(&quot;273.15&quot;),s(&quot;413.15&quot;),s(&quot;1.3799566804-0.021224019151*T^1+1.3604562827E-4*T^2-4.6454090319E-7*T^3+8.9042735735E-10*T^4-9.0790692686E-13*T^5+3.8457331488E-16*T^6&quot;)),sa(s(&quot;413.15&quot;),s(&quot;553.75&quot;),s(&quot;0.00401235783-2.10746715E-5*T^1+3.85772275E-8*T^2-2.39730284E-11*T^3&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;Cp&quot;) s(&quot;Piecewise&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;Cp&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;arg&quot;) s(&quot;T&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;extrap&quot;) s(&quot;constant&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pieces&quot;) saa(sa(s(&quot;273.15&quot;),s(&quot;553.75&quot;),s(&quot;12010.1471-80.4072879*T^1+0.309866854*T^2-5.38186884E-4*T^3+3.62536437E-7*T^4&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;rho&quot;) s(&quot;Piecewise&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;rho&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;arg&quot;) s(&quot;T&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;extrap&quot;) s(&quot;constant&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pieces&quot;) saa(sa(s(&quot;273.15&quot;),s(&quot;553.75&quot;),s(&quot;838.466135+1.40050603*T^1-0.0030112376*T^2+3.71822313E-7*T^3&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;k&quot;) s(&quot;Piecewise&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;k&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;arg&quot;) s(&quot;T&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;extrap&quot;) s(&quot;constant&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pieces&quot;) saa(sa(s(&quot;273.15&quot;),s(&quot;553.75&quot;),s(&quot;-0.869083936+0.00894880345*T^1-1.58366345E-5*T^2+7.97543259E-9*T^3&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;cs&quot;) s(&quot;Interpolation&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;sourcetype&quot;) s(&quot;user&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;source&quot;) s(&quot;table&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;cs&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;table&quot;) saa(sa(s(&quot;273&quot;),s(&quot;1403&quot;)),sa(s(&quot;278&quot;),s(&quot;1427&quot;)),sa(s(&quot;283&quot;),s(&quot;1447&quot;)),sa(s(&quot;293&quot;),s(&quot;1481&quot;)),sa(s(&quot;303&quot;),s(&quot;1507&quot;)),sa(s(&quot;313&quot;),s(&quot;1526&quot;)),sa(s(&quot;323&quot;),s(&quot;1541&quot;)),sa(s(&quot;333&quot;),s(&quot;1552&quot;)),sa(s(&quot;343&quot;),s(&quot;1555&quot;)),sa(s(&quot;353&quot;),s(&quot;1555&quot;)),sa(s(&quot;363&quot;),s(&quot;1550&quot;)),sa(s(&quot;373&quot;),s(&quot;1543&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;interp&quot;) s(&quot;piecewisecubic&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;extrap&quot;) s(&quot;const&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;addInput&quot;)) s(&quot;temperature&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@material/@materials[key='mat2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;lighting&quot;) s(&quot;phong&quot;) o(s(&quot;//@material/@materials[key='mat2']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='se1']/@value/@feature/@features[key='ss2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;linsolver&quot;) s(&quot;d1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='se1']/@value/@feature/@features[key='ss2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='se1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;maxsegiter&quot;) i(10) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='se1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st2&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;study&quot;) s(&quot;std1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st2']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;initmethod&quot;) s(&quot;sol&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;initsol&quot;) s(&quot;sol1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;notsolmethod&quot;) s(&quot;sol&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;notsol&quot;) s(&quot;sol1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;s1&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;se1&quot;) s(&quot;Segregated&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;ssDef&quot;)</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;d1&quot;) s(&quot;Direct&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='d1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;subinitcfl&quot;) d(5.0) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;subkppid&quot;) d(0.65) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;subkdpid&quot;) d(0.05) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;subkipid&quot;) d(0.05) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;subcfltol&quot;) d(0.1) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;maxsegiter&quot;) i(200) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
  </hist>
  <geomManagerNative tag="/geommanager1.mphbin" lastID="3"/>
  <unitsystem model="/"/>
  <coordsys entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398886967743" model="/">
    <features key="sys1">
      <value xsi:type="com.comsol.mph-v12:Coordsys" tag="sys1" entityName="Boundary System 1" entityComments="" entityAuthor="" entityCreationTime="1398886967744" operationID="Boundary" geom="//@geom/@geoms[key='geom1']/@value">
        <entityFlags>nodeactivate</entityFlags>
        <entityFlags>noremove</entityFlags>
        <properties key="identifier">
          <value tag="identifier" value="sys1"/>
        </properties>
        <properties key="coord">
          <value tag="coord" valueArray="1|3,'t1','n','to'"/>
        </properties>
        <properties key="frametype">
          <value tag="frametype" value="spatial"/>
        </properties>
        <properties key="reversenormal">
          <value tag="reversenormal" value="off"/>
        </properties>
        <properties key="mastercoordsystcomp">
          <value tag="mastercoordsystcomp" value="3"/>
        </properties>
        <properties key="tangent">
          <value tag="tangent" valueArray="1|2,'root.t1x','root.t1y'"/>
        </properties>
        <properties key="mastersystem">
          <value tag="mastersystem" value="globalCartesianSpatial" referenceContainerList="//@coordsys" compositeIndex="0"/>
        </properties>
        <feature xsi:type="com.comsol.mph-v12:CoordsysList" model="/"/>
        <featureInfo model="/">
          <objects key="info">
            <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1398886967777">
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </objects>
        </featureInfo>
      </value>
    </features>
  </coordsys>
  <savePointTags>savepoint1</savePointTags>
  <pair entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398886967764" model="/"/>
  <capeopen entityName="CAPE-OPEN" entityComments="" entityAuthor="" entityCreationTime="1398886919298">
    <entityFlags>nodeactivate</entityFlags>
    <entityFlags>noremove</entityFlags>
    <feature model="/"/>
  </capeopen>
  <probe entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398886917342" model="/"/>
  <ode entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398886967763" model="/"/>
  <file model="/"/>
  <savePointData entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398886967682" model="/">
    <objects key="savepoint1">
      <value tag="savepoint1" entityName="Save Point 1" entityComments="" entityAuthor="" entityCreationTime="1398887730689">
        <entityFlags>norename</entityFlags>
        <entityFlags>noremove</entityFlags>
        <geom entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398887730691" model="/">
          <objects key="geom1">
            <value tag="geom1" entityName="Save Point Geometry 1" entityComments="" entityAuthor="" entityCreationTime="1398887730696" geom="//@geom/@geoms[key='geom1']/@value" geomTagInSavePointModel="geom1" assocMapFromCurrent="{0,1,2,3,4,5,6,7,8},{0,1,2,3,4,5,6,7,8},{0,1,2}">
              <selection entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398887730697" model="/"/>
              <view entityName="Views" entityComments="" entityAuthor="" entityCreationTime="1398887730699" model="/">
                <views key="view1">
                  <value xsi:type="com.comsol.mph-v12:SavePointView" tag="view1" entityName="View 1" entityComments="" entityAuthor="" entityCreationTime="1398887730717" operationID="ModelView2D" geom="//@savePointData/@objects[key='savepoint1']/@value/@geom/@objects[key='geom1']/@value" sdim="2" current="true" globalcurrent="true">
                    <entityFlags>nodeactivate</entityFlags>
                    <properties key="showlabels">
                      <value tag="showlabels" value="off"/>
                    </properties>
                    <properties key="showDirections">
                      <value tag="showDirections" value="off"/>
                    </properties>
                    <properties key="locked">
                      <value tag="locked" value="off"/>
                    </properties>
                    <properties key="drawhidestatus">
                      <value tag="drawhidestatus" value="hide"/>
                    </properties>
                    <properties key="geomhidestatus">
                      <value tag="geomhidestatus" value="hide"/>
                    </properties>
                    <properties key="isnew">
                      <value tag="isnew" value="off"/>
                    </properties>
                    <properties key="postviewkey">
                      <value tag="postviewkey" value=""/>
                    </properties>
                    <properties key="workplaneclip">
                      <value tag="workplaneclip" value="off"/>
                    </properties>
                    <hideEntities xsi:type="com.comsol.mph-v12:SavePointHideGeomList" entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398887730721" model="/"/>
                  </value>
                </views>
              </view>
            </value>
          </objects>
        </geom>
      </value>
    </objects>
  </savePointData>
  <event entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398887727834" model="/"/>
  <group entityName="Load and Constraint Groups" entityComments="" entityAuthor="" entityCreationTime="1398886927435" model="/"/>
  <extraDim entityName="List" entityComments="" entityAuthor="" entityCreationTime="1398887726049" model="/"/>
</com.comsol.mph-v12:Model>
