<?xml version="1.0" encoding="UTF-8"?>
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              <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340632" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,2" dim="1" hDim="1"/>
              <param key="constr">
                <value tag="constr" value="1|1,'-root.comp1.solid.nR*root.comp1.u-root.comp1.solid.nZ*root.comp1.w'"/>
              </param>
              <param key="constrf">
                <value tag="constrf" value="1|1,'test(-root.comp1.solid.nR*root.comp1.u-root.comp1.solid.nZ*root.comp1.w)'"/>
              </param>
              <param key="lbound">
                <value tag="lbound" value="1|1,''"/>
              </param>
              <param key="ubound">
                <value tag="ubound" value="1|1,''"/>
              </param>
              <properties key="exclude0">
                <value tag="exclude0">
                  <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340835"/>
                </value>
              </properties>
            </value>
          </objects>
        </feature>
      </value>
    </constraints>
  </constr>
  <expr entityName="Variables" entityComments="" entityAuthor="" entityCreationTime="1407312114436" model="/">
    <objects key="iexpr1">
      <value tag="iexpr1" derivedFrom="/" entityName="Variables 1" entityComments="" entityAuthor="" entityCreationTime="1407320340632">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340632" 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='comp1']/@value" entityName="Variables 2" entityComments="" entityAuthor="" entityCreationTime="1407320340648">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340648" 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.r,root.R)" description="Coordinate transform from Material frame to Spatial frame, 11 component"/>
        </expressions>
        <expressions key="spatial.F21">
          <value tag="spatial.F21" description="Coordinate transform from Material frame to Spatial frame, 21 component"/>
        </expressions>
        <expressions key="spatial.F31">
          <value tag="spatial.F31" expression="d(root.r,root.Z)" description="Coordinate transform from Material frame to Spatial frame, 31 component"/>
        </expressions>
        <expressions key="spatial.F12">
          <value tag="spatial.F12" description="Coordinate transform from Material frame to Spatial frame, 12 component"/>
        </expressions>
        <expressions key="spatial.F22">
          <value tag="spatial.F22" expression="1" 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" expression="d(root.z,root.R)" 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="d(root.z,root.Z)" description="Coordinate transform from Material frame to Spatial frame, 33 component"/>
        </expressions>
        <expressions key="spatial.invF11">
          <value tag="spatial.invF11" expression="d(root.R,root.r)" description="Coordinate transform from Spatial frame to Material frame, 11 component"/>
        </expressions>
        <expressions key="spatial.invF21">
          <value tag="spatial.invF21" description="Coordinate transform from Spatial frame to Material frame, 21 component"/>
        </expressions>
        <expressions key="spatial.invF31">
          <value tag="spatial.invF31" expression="d(root.R,root.z)" description="Coordinate transform from Spatial frame to Material frame, 31 component"/>
        </expressions>
        <expressions key="spatial.invF12">
          <value tag="spatial.invF12" description="Coordinate transform from Spatial frame to Material frame, 12 component"/>
        </expressions>
        <expressions key="spatial.invF22">
          <value tag="spatial.invF22" expression="1" 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" expression="d(root.Z,root.r)" 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="d(root.Z,root.z)" 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='comp1']/@value" entityName="Variables 3" entityComments="" entityAuthor="" entityCreationTime="1407320340648">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340648" 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='comp1']/@value" entityName="Variables 4" entityComments="" entityAuthor="" entityCreationTime="1407320340648">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340648" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1,2" dim="2" hDim="2"/>
        <expressions key="comp1.isScalingSystemDomain">
          <value tag="comp1.isScalingSystemDomain" description="Is scaling system domain"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr5">
      <value tag="iexpr5" derivedFrom="//@physics/@physints[key='solid']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 5" entityComments="" entityAuthor="" entityCreationTime="1407320340648">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340648" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="7,1,2,3,4,5,6" dim="0" hDim="0"/>
        <expressions key="u_fld_act">
          <value tag="u_fld_act" expression="1" description="Displacement field"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr6">
      <value tag="iexpr6" derivedFrom="//@physics/@physints[key='solid']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 6" entityComments="" entityAuthor="" entityCreationTime="1407320340648">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340648" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,1,2,3,4,5,6,7" dim="1" hDim="1"/>
        <expressions key="u_fld_act">
          <value tag="u_fld_act" expression="1" description="Displacement field"/>
        </expressions>
        <expressions key="uTRt">
          <value tag="uTRt" expression="root.comp1.uTRTIME" description="Tangential gradient of u, first time derivative, R component"/>
        </expressions>
        <expressions key="uTZt">
          <value tag="uTZt" expression="root.comp1.uTZTIME" description="Tangential gradient of u, first time derivative, Z component"/>
        </expressions>
        <expressions key="uTRtt">
          <value tag="uTRtt" expression="root.comp1.uTRTIMETIME" description="Tangential gradient of u, second time derivative, R component"/>
        </expressions>
        <expressions key="uTZtt">
          <value tag="uTZtt" expression="root.comp1.uTZTIMETIME" description="Tangential gradient of u, second time derivative, Z component"/>
        </expressions>
        <expressions key="wTRt">
          <value tag="wTRt" expression="root.comp1.wTRTIME" description="Tangential gradient of w, first time derivative, R component"/>
        </expressions>
        <expressions key="wTZt">
          <value tag="wTZt" expression="root.comp1.wTZTIME" description="Tangential gradient of w, first time derivative, Z component"/>
        </expressions>
        <expressions key="wTRtt">
          <value tag="wTRtt" expression="root.comp1.wTRTIMETIME" description="Tangential gradient of w, second time derivative, R component"/>
        </expressions>
        <expressions key="wTZtt">
          <value tag="wTZtt" expression="root.comp1.wTZTIMETIME" description="Tangential gradient of w, second time derivative, Z component"/>
        </expressions>
        <expressions key="Tar">
          <value tag="Tar" expression="root.comp1.solid.sr*root.comp1.solid.nr+root.comp1.solid.srz*root.comp1.solid.nz" description="Traction (force/area), r component"/>
        </expressions>
        <expressions key="Taphi">
          <value tag="Taphi" expression="root.comp1.solid.srphi*root.comp1.solid.nr+root.comp1.solid.sphiz*root.comp1.solid.nz" description="Traction (force/area), phi component"/>
        </expressions>
        <expressions key="Taz">
          <value tag="Taz" expression="root.comp1.solid.srz*root.comp1.solid.nr+root.comp1.solid.sz*root.comp1.solid.nz" description="Traction (force/area), z component"/>
        </expressions>
        <expressions key="nI">
          <value tag="nI" expression="root.unR*(root.down(root.comp1.solid.IR)-root.up(root.comp1.solid.IR))+root.unZ*(root.down(root.comp1.solid.IZ)-root.up(root.comp1.solid.IZ))" description="Outward mechanical energy flux"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr7">
      <value tag="iexpr7" derivedFrom="//@physics/@physints[key='solid']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 7" entityComments="" entityAuthor="" entityCreationTime="1407320340648">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340648" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1,2" dim="2" hDim="2"/>
        <expressions key="u_fld_act">
          <value tag="u_fld_act" expression="1" description="Displacement field"/>
        </expressions>
        <expressions key="v">
          <value tag="v"/>
        </expressions>
        <expressions key="cref">
          <value tag="cref" expression="root.comp1.solid.cp" description="Typical wave speed for perfectly matched layers"/>
        </expressions>
        <expressions key="D11">
          <value tag="D11" expression="root.comp1.solid.E*(1-root.comp1.solid.nu)/((1+root.comp1.solid.nu)*(1-2*root.comp1.solid.nu))" description="Elasticity matrix, 11 component"/>
        </expressions>
        <expressions key="D12">
          <value tag="D12" expression="root.comp1.solid.E*root.comp1.solid.nu/((1+root.comp1.solid.nu)*(1-2*root.comp1.solid.nu))" description="Elasticity matrix, 12 component"/>
        </expressions>
        <expressions key="D13">
          <value tag="D13" expression="root.comp1.solid.E*root.comp1.solid.nu/((1+root.comp1.solid.nu)*(1-2*root.comp1.solid.nu))" description="Elasticity matrix, 13 component"/>
        </expressions>
        <expressions key="D14">
          <value tag="D14" description="Elasticity matrix, 14 component"/>
        </expressions>
        <expressions key="D15">
          <value tag="D15" description="Elasticity matrix, 15 component"/>
        </expressions>
        <expressions key="D16">
          <value tag="D16" description="Elasticity matrix, 16 component"/>
        </expressions>
        <expressions key="D22">
          <value tag="D22" expression="root.comp1.solid.E*(1-root.comp1.solid.nu)/((1+root.comp1.solid.nu)*(1-2*root.comp1.solid.nu))" description="Elasticity matrix, 22 component"/>
        </expressions>
        <expressions key="D23">
          <value tag="D23" expression="root.comp1.solid.E*root.comp1.solid.nu/((1+root.comp1.solid.nu)*(1-2*root.comp1.solid.nu))" description="Elasticity matrix, 23 component"/>
        </expressions>
        <expressions key="D24">
          <value tag="D24" description="Elasticity matrix, 24 component"/>
        </expressions>
        <expressions key="D25">
          <value tag="D25" description="Elasticity matrix, 25 component"/>
        </expressions>
        <expressions key="D26">
          <value tag="D26" description="Elasticity matrix, 26 component"/>
        </expressions>
        <expressions key="D33">
          <value tag="D33" expression="root.comp1.solid.E*(1-root.comp1.solid.nu)/((1+root.comp1.solid.nu)*(1-2*root.comp1.solid.nu))" description="Elasticity matrix, 33 component"/>
        </expressions>
        <expressions key="D34">
          <value tag="D34" description="Elasticity matrix, 34 component"/>
        </expressions>
        <expressions key="D35">
          <value tag="D35" description="Elasticity matrix, 35 component"/>
        </expressions>
        <expressions key="D36">
          <value tag="D36" description="Elasticity matrix, 36 component"/>
        </expressions>
        <expressions key="D44">
          <value tag="D44" expression="0.5*root.comp1.solid.E/(1+root.comp1.solid.nu)" description="Elasticity matrix, 44 component"/>
        </expressions>
        <expressions key="D45">
          <value tag="D45" description="Elasticity matrix, 45 component"/>
        </expressions>
        <expressions key="D46">
          <value tag="D46" description="Elasticity matrix, 46 component"/>
        </expressions>
        <expressions key="D55">
          <value tag="D55" expression="0.5*root.comp1.solid.E/(1+root.comp1.solid.nu)" description="Elasticity matrix, 55 component"/>
        </expressions>
        <expressions key="D56">
          <value tag="D56" description="Elasticity matrix, 56 component"/>
        </expressions>
        <expressions key="D66">
          <value tag="D66" expression="0.5*root.comp1.solid.E/(1+root.comp1.solid.nu)" description="Elasticity matrix, 66 component"/>
        </expressions>
        <expressions key="K">
          <value tag="K" expression="root.comp1.solid.E/(3*(1-2*root.comp1.solid.nu))" description="Bulk modulus"/>
        </expressions>
        <expressions key="Eequ">
          <value tag="Eequ" expression="root.comp1.solid.E" description="Equivalent Young's modulus"/>
        </expressions>
        <expressions key="nuequ">
          <value tag="nuequ" expression="root.comp1.solid.nu" description="Equivalent Poisson's ratio"/>
        </expressions>
        <expressions key="G">
          <value tag="G" expression="0.5*root.comp1.solid.E/(1+root.comp1.solid.nu)" description="Shear modulus"/>
        </expressions>
        <expressions key="lambLame">
          <value tag="lambLame" expression="root.comp1.solid.E*root.comp1.solid.nu/((1+root.comp1.solid.nu)*(1-2*root.comp1.solid.nu))" description="Lamé parameter λ"/>
        </expressions>
        <expressions key="muLame">
          <value tag="muLame" expression="0.5*root.comp1.solid.E/(1+root.comp1.solid.nu)" description="Lamé parameter μ"/>
        </expressions>
        <expressions key="cp">
          <value tag="cp" expression="sqrt((root.comp1.solid.lambLame+2*root.comp1.solid.muLame)/root.comp1.solid.rho)" description="Pressure-wave speed"/>
        </expressions>
        <expressions key="cs">
          <value tag="cs" expression="sqrt(root.comp1.solid.muLame/root.comp1.solid.rho)" description="Shear-wave speed"/>
        </expressions>
        <expressions key="Gequ">
          <value tag="Gequ" expression="root.comp1.solid.G" description="Equivalent shear modulus"/>
        </expressions>
        <expressions key="Cgl11">
          <value tag="Cgl11" expression="root.comp1.solid.D11+root.comp1.solid.D12+root.comp1.solid.D13" description="C:g tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="Cgl12">
          <value tag="Cgl12" description="C:g tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Cgl13">
          <value tag="Cgl13" description="C:g tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Cgl22">
          <value tag="Cgl22" expression="root.comp1.solid.D12+root.comp1.solid.D22+root.comp1.solid.D23" description="C:g tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Cgl23">
          <value tag="Cgl23" description="C:g tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Cgl33">
          <value tag="Cgl33" expression="root.comp1.solid.D13+root.comp1.solid.D23+root.comp1.solid.D33" description="C:g tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="gradUrR">
          <value tag="gradUrR" expression="root.comp1.uR" description="Displacement gradient, rR component"/>
        </expressions>
        <expressions key="gradUphiR">
          <value tag="gradUphiR" description="Displacement gradient, phiR component"/>
        </expressions>
        <expressions key="gradUzR">
          <value tag="gradUzR" expression="root.comp1.wR" description="Displacement gradient, zR component"/>
        </expressions>
        <expressions key="gradUrPHI">
          <value tag="gradUrPHI" description="Displacement gradient, rPHI component"/>
        </expressions>
        <expressions key="gradUphiPHI">
          <value tag="gradUphiPHI" expression="if(abs(root.R)&lt;0.0010*root.h,root.comp1.uR,root.comp1.u/root.R)" description="Displacement gradient, phiPHI component"/>
        </expressions>
        <expressions key="gradUzPHI">
          <value tag="gradUzPHI" description="Displacement gradient, zPHI component"/>
        </expressions>
        <expressions key="gradUrZ">
          <value tag="gradUrZ" expression="root.comp1.uZ" description="Displacement gradient, rZ component"/>
        </expressions>
        <expressions key="gradUphiZ">
          <value tag="gradUphiZ" description="Displacement gradient, phiZ component"/>
        </expressions>
        <expressions key="gradUzZ">
          <value tag="gradUzZ" expression="root.comp1.wZ" description="Displacement gradient, zZ component"/>
        </expressions>
        <expressions key="FdrR">
          <value tag="FdrR" expression="1+root.comp1.solid.gradUrR" description="Deformation gradient, rR component"/>
        </expressions>
        <expressions key="FdphiR">
          <value tag="FdphiR" description="Deformation gradient, phiR component"/>
        </expressions>
        <expressions key="FdzR">
          <value tag="FdzR" expression="root.comp1.solid.gradUzR" description="Deformation gradient, zR component"/>
        </expressions>
        <expressions key="FdrPHI">
          <value tag="FdrPHI" description="Deformation gradient, rPHI component"/>
        </expressions>
        <expressions key="FdphiPHI">
          <value tag="FdphiPHI" expression="1+root.comp1.solid.gradUphiPHI" description="Deformation gradient, phiPHI component"/>
        </expressions>
        <expressions key="FdzPHI">
          <value tag="FdzPHI" description="Deformation gradient, zPHI component"/>
        </expressions>
        <expressions key="FdrZ">
          <value tag="FdrZ" expression="root.comp1.solid.gradUrZ" description="Deformation gradient, rZ component"/>
        </expressions>
        <expressions key="FdphiZ">
          <value tag="FdphiZ" description="Deformation gradient, phiZ component"/>
        </expressions>
        <expressions key="FdzZ">
          <value tag="FdzZ" expression="1+root.comp1.solid.gradUzZ" description="Deformation gradient, zZ component"/>
        </expressions>
        <expressions key="Fdlr1">
          <value tag="Fdlr1" expression="root.comp1.solid.FdrR" description="Deformation gradient, local, r1 component"/>
        </expressions>
        <expressions key="Fdlphi1">
          <value tag="Fdlphi1" description="Deformation gradient, local, phi1 component"/>
        </expressions>
        <expressions key="Fdlz1">
          <value tag="Fdlz1" expression="root.comp1.solid.FdzR" description="Deformation gradient, local, z1 component"/>
        </expressions>
        <expressions key="Fdlr2">
          <value tag="Fdlr2" description="Deformation gradient, local, r2 component"/>
        </expressions>
        <expressions key="Fdlphi2">
          <value tag="Fdlphi2" expression="root.comp1.solid.FdphiPHI" description="Deformation gradient, local, phi2 component"/>
        </expressions>
        <expressions key="Fdlz2">
          <value tag="Fdlz2" description="Deformation gradient, local, z2 component"/>
        </expressions>
        <expressions key="Fdlr3">
          <value tag="Fdlr3" expression="root.comp1.solid.FdrZ" description="Deformation gradient, local, r3 component"/>
        </expressions>
        <expressions key="Fdlphi3">
          <value tag="Fdlphi3" description="Deformation gradient, local, phi3 component"/>
        </expressions>
        <expressions key="Fdlz3">
          <value tag="Fdlz3" expression="root.comp1.solid.FdzZ" description="Deformation gradient, local, z3 component"/>
        </expressions>
        <expressions key="uRt">
          <value tag="uRt" expression="root.comp1.uRTIME" description="Gradient of u, first time derivative, R component"/>
        </expressions>
        <expressions key="uZt">
          <value tag="uZt" expression="root.comp1.uZTIME" description="Gradient of u, first time derivative, Z component"/>
        </expressions>
        <expressions key="uRtt">
          <value tag="uRtt" expression="root.comp1.uRTIMETIME" description="Gradient of u, second time derivative, R component"/>
        </expressions>
        <expressions key="uZtt">
          <value tag="uZtt" expression="root.comp1.uZTIMETIME" description="Gradient of u, second time derivative, Z component"/>
        </expressions>
        <expressions key="wRt">
          <value tag="wRt" expression="root.comp1.wRTIME" description="Gradient of w, first time derivative, R component"/>
        </expressions>
        <expressions key="wZt">
          <value tag="wZt" expression="root.comp1.wZTIME" description="Gradient of w, first time derivative, Z component"/>
        </expressions>
        <expressions key="wRtt">
          <value tag="wRtt" expression="root.comp1.wRTIMETIME" description="Gradient of w, second time derivative, R component"/>
        </expressions>
        <expressions key="wZtt">
          <value tag="wZtt" expression="root.comp1.wZTIMETIME" description="Gradient of w, second time derivative, Z component"/>
        </expressions>
        <expressions key="ut">
          <value tag="ut" expression="root.comp1.uTIME" description="Structural velocity field, R component"/>
        </expressions>
        <expressions key="wt">
          <value tag="wt" expression="root.comp1.wTIME" description="Structural velocity field, Z component"/>
        </expressions>
        <expressions key="utt">
          <value tag="utt" expression="root.comp1.uTIMETIME" description="Acceleration field, R component"/>
        </expressions>
        <expressions key="wtt">
          <value tag="wtt" expression="root.comp1.wTIMETIME" description="Acceleration field, Z component"/>
        </expressions>
        <expressions key="eRR">
          <value tag="eRR" expression="root.comp1.uR" description="Strain tensor, RR component"/>
        </expressions>
        <expressions key="eRPHI">
          <value tag="eRPHI" description="Strain tensor, RPHI component"/>
        </expressions>
        <expressions key="eRZ">
          <value tag="eRZ" expression="0.5*(root.comp1.uZ+root.comp1.wR)" description="Strain tensor, RZ component"/>
        </expressions>
        <expressions key="ePHIPHI">
          <value tag="ePHIPHI" expression="if(abs(root.R)&lt;0.0010*root.h,root.comp1.uR,root.comp1.u/root.R)" description="Strain tensor, PHIPHI component"/>
        </expressions>
        <expressions key="ePHIZ">
          <value tag="ePHIZ" description="Strain tensor, PHIZ component"/>
        </expressions>
        <expressions key="eZZ">
          <value tag="eZZ" expression="root.comp1.wZ" description="Strain tensor, ZZ component"/>
        </expressions>
        <expressions key="el11">
          <value tag="el11" expression="root.comp1.solid.eRR" description="Strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="el12">
          <value tag="el12" description="Strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="el13">
          <value tag="el13" expression="root.comp1.solid.eRZ" description="Strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="el22">
          <value tag="el22" expression="root.comp1.solid.ePHIPHI" 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" expression="root.comp1.solid.eZZ" description="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" expression="root.comp1.solid.eth11" 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" expression="root.comp1.solid.eth22" 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" expression="root.comp1.solid.eth33" description="Inelastic strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="eel11">
          <value tag="eel11" expression="root.comp1.solid.el11-root.comp1.solid.eiel11" description="Elastic strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eel12">
          <value tag="eel12" description="Elastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eel13">
          <value tag="eel13" expression="root.comp1.solid.el13" description="Elastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eel22">
          <value tag="eel22" expression="root.comp1.solid.el22-root.comp1.solid.eiel22" 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" expression="root.comp1.solid.el33-root.comp1.solid.eiel33" description="Elastic strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="evol">
          <value tag="evol" expression="root.comp1.solid.eRR+root.comp1.solid.ePHIPHI+root.comp1.solid.eZZ" description="Volumetric strain"/>
        </expressions>
        <expressions key="J">
          <value tag="J" expression="root.comp1.solid.FdphiPHI*(root.comp1.solid.FdrR*root.comp1.solid.FdzZ-root.comp1.solid.FdrZ*root.comp1.solid.FdzR)" description="Volume ratio"/>
        </expressions>
        <expressions key="eR">
          <value tag="eR" expression="root.comp1.solid.eRR" description="Strain tensor, R component"/>
        </expressions>
        <expressions key="ePHI">
          <value tag="ePHI" expression="root.comp1.solid.ePHIPHI" description="Strain tensor, PHI component"/>
        </expressions>
        <expressions key="eZ">
          <value tag="eZ" expression="root.comp1.solid.eZZ" description="Strain tensor, Z component"/>
        </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="Sl11">
          <value tag="Sl11" expression="root.comp1.solid.D11*root.comp1.solid.eel11+root.comp1.solid.D12*root.comp1.solid.eel22+root.comp1.solid.D13*root.comp1.solid.eel33" description="Second Piola-Kirchhoff stress, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="Sl12">
          <value tag="Sl12" description="Second Piola-Kirchhoff stress, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Sl13">
          <value tag="Sl13" expression="2*root.comp1.solid.D66*root.comp1.solid.eel13" description="Second Piola-Kirchhoff stress, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sl22">
          <value tag="Sl22" expression="root.comp1.solid.D12*root.comp1.solid.eel11+root.comp1.solid.D22*root.comp1.solid.eel22+root.comp1.solid.D23*root.comp1.solid.eel33" description="Second Piola-Kirchhoff stress, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Sl23">
          <value tag="Sl23" description="Second Piola-Kirchhoff stress, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sl33">
          <value tag="Sl33" expression="root.comp1.solid.D13*root.comp1.solid.eel11+root.comp1.solid.D23*root.comp1.solid.eel22+root.comp1.solid.D33*root.comp1.solid.eel33" description="Second Piola-Kirchhoff stress, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="u_ttR">
          <value tag="u_ttR" expression="d(root.comp1.uTIME,TIME)" description="Acceleration, R component"/>
        </expressions>
        <expressions key="u_ttPHI">
          <value tag="u_ttPHI" description="Acceleration, PHI component"/>
        </expressions>
        <expressions key="u_ttZ">
          <value tag="u_ttZ" expression="d(root.comp1.wTIME,TIME)" description="Acceleration, Z component"/>
        </expressions>
        <expressions key="u_tR">
          <value tag="u_tR" expression="root.comp1.uTIME" description="Velocity, R component"/>
        </expressions>
        <expressions key="u_tPHI">
          <value tag="u_tPHI" description="Velocity, PHI component"/>
        </expressions>
        <expressions key="u_tZ">
          <value tag="u_tZ" expression="root.comp1.wTIME" description="Velocity, Z component"/>
        </expressions>
        <expressions key="accR">
          <value tag="accR" expression="root.comp1.solid.u_ttR" description="Total acceleration, R component"/>
        </expressions>
        <expressions key="accPHI">
          <value tag="accPHI" description="Total acceleration, PHI component"/>
        </expressions>
        <expressions key="accZ">
          <value tag="accZ" expression="root.comp1.solid.u_ttZ" description="Total acceleration, Z component"/>
        </expressions>
        <expressions key="G0">
          <value tag="G0" expression="root.comp1.solid.Gequ" description="Instantaneous shear modulus"/>
        </expressions>
        <expressions key="Ldr">
          <value tag="Ldr" expression="d(root.comp1.solid.gradUrR,TIME)" description="Rate of strain tensor, r component"/>
        </expressions>
        <expressions key="Ldrphi">
          <value tag="Ldrphi" description="Rate of strain tensor, rphi component"/>
        </expressions>
        <expressions key="Ldrz">
          <value tag="Ldrz" expression="0.5*(d(root.comp1.solid.gradUrZ,TIME)+d(root.comp1.solid.gradUzR,TIME))" description="Rate of strain tensor, rz component"/>
        </expressions>
        <expressions key="Ldphi">
          <value tag="Ldphi" expression="d(root.comp1.solid.gradUphiPHI,TIME)" description="Rate of strain tensor, phi component"/>
        </expressions>
        <expressions key="Ldphiz">
          <value tag="Ldphiz" description="Rate of strain tensor, phiz component"/>
        </expressions>
        <expressions key="Ldz">
          <value tag="Ldz" expression="d(root.comp1.solid.gradUzZ,TIME)" description="Rate of strain tensor, z component"/>
        </expressions>
        <expressions key="Lwr">
          <value tag="Lwr" description="Spin tensor, r component"/>
        </expressions>
        <expressions key="Lwrphi">
          <value tag="Lwrphi" description="Spin tensor, rphi component"/>
        </expressions>
        <expressions key="Lwrz">
          <value tag="Lwrz" expression="0.5*(d(root.comp1.solid.gradUrZ,TIME)-d(root.comp1.solid.gradUzR,TIME))" description="Spin tensor, rz component"/>
        </expressions>
        <expressions key="Lwphi">
          <value tag="Lwphi" description="Spin tensor, phi component"/>
        </expressions>
        <expressions key="Lwphiz">
          <value tag="Lwphiz" description="Spin tensor, phiz component"/>
        </expressions>
        <expressions key="Lwz">
          <value tag="Lwz" description="Spin tensor, z component"/>
        </expressions>
        <expressions key="Ws">
          <value tag="Ws" expression="0.5*(root.comp1.solid.Sl11*root.comp1.solid.eel11+2*root.comp1.solid.Sl13*root.comp1.solid.eel13+root.comp1.solid.Sl22*root.comp1.solid.eel22+root.comp1.solid.Sl33*root.comp1.solid.eel33)" description="Elastic strain energy density"/>
        </expressions>
        <expressions key="disp">
          <value tag="disp" expression="sqrt(real(root.comp1.u)^2+real(root.comp1.w)^2)" description="Total displacement"/>
        </expressions>
        <expressions key="SR">
          <value tag="SR" expression="root.comp1.solid.Sl11" description="Second Piola-Kirchhoff stress, R component"/>
        </expressions>
        <expressions key="SRPHI">
          <value tag="SRPHI" description="Second Piola-Kirchhoff stress, RPHI component"/>
        </expressions>
        <expressions key="SRZ">
          <value tag="SRZ" expression="root.comp1.solid.Sl13" description="Second Piola-Kirchhoff stress, RZ component"/>
        </expressions>
        <expressions key="SPHI">
          <value tag="SPHI" expression="root.comp1.solid.Sl22" description="Second Piola-Kirchhoff stress, PHI component"/>
        </expressions>
        <expressions key="SPHIZ">
          <value tag="SPHIZ" description="Second Piola-Kirchhoff stress, PHIZ component"/>
        </expressions>
        <expressions key="SZ">
          <value tag="SZ" expression="root.comp1.solid.Sl33" description="Second Piola-Kirchhoff stress, Z component"/>
        </expressions>
        <expressions key="SGpR">
          <value tag="SGpR" expression="root.comp1.solid.solidGpEval(root.comp1.solid.SR)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, R component"/>
        </expressions>
        <expressions key="SGpRPHI">
          <value tag="SGpRPHI" expression="root.comp1.solid.solidGpEval(0)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, RPHI component"/>
        </expressions>
        <expressions key="SGpRZ">
          <value tag="SGpRZ" expression="root.comp1.solid.solidGpEval(root.comp1.solid.SRZ)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, RZ component"/>
        </expressions>
        <expressions key="SGpPHI">
          <value tag="SGpPHI" expression="root.comp1.solid.solidGpEval(root.comp1.solid.SPHI)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, PHI component"/>
        </expressions>
        <expressions key="SGpPHIZ">
          <value tag="SGpPHIZ" expression="root.comp1.solid.solidGpEval(0)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, PHIZ component"/>
        </expressions>
        <expressions key="SGpZ">
          <value tag="SGpZ" expression="root.comp1.solid.solidGpEval(root.comp1.solid.SZ)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="PrR">
          <value tag="PrR" expression="root.comp1.solid.FdrR*root.comp1.solid.SR+root.comp1.solid.FdrZ*root.comp1.solid.SRZ" description="First Piola-Kirchhoff stress, rR component"/>
        </expressions>
        <expressions key="PphiR">
          <value tag="PphiR" description="First Piola-Kirchhoff stress, phiR component"/>
        </expressions>
        <expressions key="PzR">
          <value tag="PzR" expression="root.comp1.solid.FdzR*root.comp1.solid.SR+root.comp1.solid.FdzZ*root.comp1.solid.SRZ" description="First Piola-Kirchhoff stress, zR component"/>
        </expressions>
        <expressions key="PrPHI">
          <value tag="PrPHI" description="First Piola-Kirchhoff stress, rPHI component"/>
        </expressions>
        <expressions key="PphiPHI">
          <value tag="PphiPHI" expression="root.comp1.solid.FdphiPHI*root.comp1.solid.SPHI" description="First Piola-Kirchhoff stress, phiPHI component"/>
        </expressions>
        <expressions key="PzPHI">
          <value tag="PzPHI" description="First Piola-Kirchhoff stress, zPHI component"/>
        </expressions>
        <expressions key="PrZ">
          <value tag="PrZ" expression="root.comp1.solid.FdrR*root.comp1.solid.SRZ+root.comp1.solid.FdrZ*root.comp1.solid.SZ" description="First Piola-Kirchhoff stress, rZ component"/>
        </expressions>
        <expressions key="PphiZ">
          <value tag="PphiZ" description="First Piola-Kirchhoff stress, phiZ component"/>
        </expressions>
        <expressions key="PzZ">
          <value tag="PzZ" expression="root.comp1.solid.FdzR*root.comp1.solid.SRZ+root.comp1.solid.FdzZ*root.comp1.solid.SZ" description="First Piola-Kirchhoff stress, zZ component"/>
        </expressions>
        <expressions key="PGprR">
          <value tag="PGprR" expression="root.comp1.solid.solidGpEval(root.comp1.solid.FdrR*root.comp1.solid.SR+root.comp1.solid.FdrZ*root.comp1.solid.SRZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, rR component"/>
        </expressions>
        <expressions key="PGpphiR">
          <value tag="PGpphiR" expression="root.comp1.solid.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, phiR component"/>
        </expressions>
        <expressions key="PGpzR">
          <value tag="PGpzR" expression="root.comp1.solid.solidGpEval(root.comp1.solid.FdzR*root.comp1.solid.SR+root.comp1.solid.FdzZ*root.comp1.solid.SRZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zR component"/>
        </expressions>
        <expressions key="PGprPHI">
          <value tag="PGprPHI" expression="root.comp1.solid.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, rPHI component"/>
        </expressions>
        <expressions key="PGpphiPHI">
          <value tag="PGpphiPHI" expression="root.comp1.solid.solidGpEval(root.comp1.solid.FdphiPHI*root.comp1.solid.SPHI)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, phiPHI component"/>
        </expressions>
        <expressions key="PGpzPHI">
          <value tag="PGpzPHI" expression="root.comp1.solid.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zPHI component"/>
        </expressions>
        <expressions key="PGprZ">
          <value tag="PGprZ" expression="root.comp1.solid.solidGpEval(root.comp1.solid.FdrR*root.comp1.solid.SRZ+root.comp1.solid.FdrZ*root.comp1.solid.SZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, rZ component"/>
        </expressions>
        <expressions key="PGpphiZ">
          <value tag="PGpphiZ" expression="root.comp1.solid.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, phiZ component"/>
        </expressions>
        <expressions key="PGpzZ">
          <value tag="PGpzZ" expression="root.comp1.solid.solidGpEval(root.comp1.solid.FdzR*root.comp1.solid.SRZ+root.comp1.solid.FdzZ*root.comp1.solid.SZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zZ component"/>
        </expressions>
        <expressions key="sr">
          <value tag="sr" expression="root.comp1.solid.SR" description="Stress tensor, r component"/>
        </expressions>
        <expressions key="srphi">
          <value tag="srphi" description="Stress tensor, rphi component"/>
        </expressions>
        <expressions key="srz">
          <value tag="srz" expression="root.comp1.solid.SRZ" description="Stress tensor, rz component"/>
        </expressions>
        <expressions key="sphi">
          <value tag="sphi" expression="root.comp1.solid.SPHI" description="Stress tensor, phi component"/>
        </expressions>
        <expressions key="sphiz">
          <value tag="sphiz" description="Stress tensor, phiz component"/>
        </expressions>
        <expressions key="sz">
          <value tag="sz" expression="root.comp1.solid.SZ" description="Stress tensor, z component"/>
        </expressions>
        <expressions key="sl11">
          <value tag="sl11" expression="root.comp1.solid.Sl11" description="Stress tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="sl12">
          <value tag="sl12" description="Stress tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="sl13">
          <value tag="sl13" expression="root.comp1.solid.Sl13" description="Stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="sl22">
          <value tag="sl22" expression="root.comp1.solid.Sl22" description="Stress tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="sl23">
          <value tag="sl23" description="Stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="sl33">
          <value tag="sl33" expression="root.comp1.solid.Sl33" description="Stress tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="sGpr">
          <value tag="sGpr" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sr)" description="Stress tensor, Gauss-point evaluation, r component"/>
        </expressions>
        <expressions key="sGprphi">
          <value tag="sGprphi" expression="root.comp1.solid.solidGpEval(0)" description="Stress tensor, Gauss-point evaluation, rphi component"/>
        </expressions>
        <expressions key="sGprz">
          <value tag="sGprz" expression="root.comp1.solid.solidGpEval(root.comp1.solid.srz)" description="Stress tensor, Gauss-point evaluation, rz component"/>
        </expressions>
        <expressions key="sGpphi">
          <value tag="sGpphi" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sphi)" description="Stress tensor, Gauss-point evaluation, phi component"/>
        </expressions>
        <expressions key="sGpphiz">
          <value tag="sGpphiz" expression="root.comp1.solid.solidGpEval(0)" description="Stress tensor, Gauss-point evaluation, phiz component"/>
        </expressions>
        <expressions key="sGpz">
          <value tag="sGpz" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sz)" description="Stress tensor, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="slGp11">
          <value tag="slGp11" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sl11)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 11 component"/>
        </expressions>
        <expressions key="slGp12">
          <value tag="slGp12" expression="root.comp1.solid.solidGpEval(0)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 12 component"/>
        </expressions>
        <expressions key="slGp13">
          <value tag="slGp13" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sl13)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 13 component"/>
        </expressions>
        <expressions key="slGp22">
          <value tag="slGp22" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sl22)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 22 component"/>
        </expressions>
        <expressions key="slGp23">
          <value tag="slGp23" expression="root.comp1.solid.solidGpEval(0)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 23 component"/>
        </expressions>
        <expressions key="slGp33">
          <value tag="slGp33" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sl33)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 33 component"/>
        </expressions>
        <expressions key="sdevr">
          <value tag="sdevr" expression="root.comp1.solid.sr-(root.comp1.solid.sr+root.comp1.solid.sphi+root.comp1.solid.sz)/3" description="Deviatoric stress tensor, r component"/>
        </expressions>
        <expressions key="sdevrphi">
          <value tag="sdevrphi" description="Deviatoric stress tensor, rphi component"/>
        </expressions>
        <expressions key="sdevrz">
          <value tag="sdevrz" expression="root.comp1.solid.srz" description="Deviatoric stress tensor, rz component"/>
        </expressions>
        <expressions key="sdevphi">
          <value tag="sdevphi" expression="root.comp1.solid.sphi-(root.comp1.solid.sr+root.comp1.solid.sphi+root.comp1.solid.sz)/3" description="Deviatoric stress tensor, phi component"/>
        </expressions>
        <expressions key="sdevphiz">
          <value tag="sdevphiz" description="Deviatoric stress tensor, phiz component"/>
        </expressions>
        <expressions key="sdevz">
          <value tag="sdevz" expression="root.comp1.solid.sz-(root.comp1.solid.sr+root.comp1.solid.sphi+root.comp1.solid.sz)/3" description="Deviatoric stress tensor, z component"/>
        </expressions>
        <expressions key="sdevGpr">
          <value tag="sdevGpr" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sdevr)" description="Deviatoric stress tensor, Gauss-point evaluation, r component"/>
        </expressions>
        <expressions key="sdevGprphi">
          <value tag="sdevGprphi" expression="root.comp1.solid.solidGpEval(0)" description="Deviatoric stress tensor, Gauss-point evaluation, rphi component"/>
        </expressions>
        <expressions key="sdevGprz">
          <value tag="sdevGprz" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sdevrz)" description="Deviatoric stress tensor, Gauss-point evaluation, rz component"/>
        </expressions>
        <expressions key="sdevGpphi">
          <value tag="sdevGpphi" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sdevphi)" description="Deviatoric stress tensor, Gauss-point evaluation, phi component"/>
        </expressions>
        <expressions key="sdevGpphiz">
          <value tag="sdevGpphiz" expression="root.comp1.solid.solidGpEval(0)" description="Deviatoric stress tensor, Gauss-point evaluation, phiz component"/>
        </expressions>
        <expressions key="sdevGpz">
          <value tag="sdevGpz" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sdevz)" description="Deviatoric stress tensor, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="SdevR">
          <value tag="SdevR" expression="root.comp1.solid.SR-(root.comp1.solid.SR+root.comp1.solid.SPHI+root.comp1.solid.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, R component"/>
        </expressions>
        <expressions key="SdevRPHI">
          <value tag="SdevRPHI" description="Deviatoric second Piola-Kirchhoff stress, RPHI component"/>
        </expressions>
        <expressions key="SdevRZ">
          <value tag="SdevRZ" expression="root.comp1.solid.SRZ" description="Deviatoric second Piola-Kirchhoff stress, RZ component"/>
        </expressions>
        <expressions key="SdevPHI">
          <value tag="SdevPHI" expression="root.comp1.solid.SPHI-(root.comp1.solid.SR+root.comp1.solid.SPHI+root.comp1.solid.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, PHI component"/>
        </expressions>
        <expressions key="SdevPHIZ">
          <value tag="SdevPHIZ" description="Deviatoric second Piola-Kirchhoff stress, PHIZ component"/>
        </expressions>
        <expressions key="SdevZ">
          <value tag="SdevZ" expression="root.comp1.solid.SZ-(root.comp1.solid.SR+root.comp1.solid.SPHI+root.comp1.solid.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, Z component"/>
        </expressions>
        <expressions key="SdevGpR">
          <value tag="SdevGpR" expression="root.comp1.solid.solidGpEval(root.comp1.solid.SdevR)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, R component"/>
        </expressions>
        <expressions key="SdevGpRPHI">
          <value tag="SdevGpRPHI" expression="root.comp1.solid.solidGpEval(0)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, RPHI component"/>
        </expressions>
        <expressions key="SdevGpRZ">
          <value tag="SdevGpRZ" expression="root.comp1.solid.solidGpEval(root.comp1.solid.SdevRZ)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, RZ component"/>
        </expressions>
        <expressions key="SdevGpPHI">
          <value tag="SdevGpPHI" expression="root.comp1.solid.solidGpEval(root.comp1.solid.SdevPHI)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, PHI component"/>
        </expressions>
        <expressions key="SdevGpPHIZ">
          <value tag="SdevGpPHIZ" expression="root.comp1.solid.solidGpEval(0)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, PHIZ component"/>
        </expressions>
        <expressions key="SdevGpZ">
          <value tag="SdevGpZ" expression="root.comp1.solid.solidGpEval(root.comp1.solid.SdevZ)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="I1s">
          <value tag="I1s" expression="root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33" description="First principal invariant of stress"/>
        </expressions>
        <expressions key="I2s">
          <value tag="I2s" expression="0.5*(root.comp1.solid.I1s^2-root.comp1.solid.sl11^2-2*root.comp1.solid.sl13^2-root.comp1.solid.sl22^2-root.comp1.solid.sl33^2)" description="Second principal invariant of stress"/>
        </expressions>
        <expressions key="I3s">
          <value tag="I3s" expression="root.comp1.solid.sl22*(root.comp1.solid.sl11*root.comp1.solid.sl33-root.comp1.solid.sl13^2)" description="Third principal invariant of stress"/>
        </expressions>
        <expressions key="II2s">
          <value tag="II2s" expression="0.5*((root.comp1.solid.sl11-(root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33)/3)^2+2*root.comp1.solid.sl13^2+(root.comp1.solid.sl22-(root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33)/3)^2+(root.comp1.solid.sl33-(root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33)/3)^2)" description="Second invariant of stress deviator"/>
        </expressions>
        <expressions key="II3s">
          <value tag="II3s" expression="(root.comp1.solid.sl22-(root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33)/3)*((root.comp1.solid.sl11-(root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33)/3)*(root.comp1.solid.sl33-(root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33)/3)-root.comp1.solid.sl13^2)" description="Third invariant of stress deviator"/>
        </expressions>
        <expressions key="thetaL">
          <value tag="thetaL" expression="atan2(sqrt(max(0.14814814814814814*root.comp1.solid.II2s^3-root.comp1.solid.II3s^2,eps)),root.comp1.solid.II3s)/3" description="Lode angle"/>
        </expressions>
        <expressions key="eelvol">
          <value tag="eelvol" expression="root.comp1.solid.eel11+root.comp1.solid.eel22+root.comp1.solid.eel33" description="First invariant of elastic strain tensor"/>
        </expressions>
        <expressions key="eeldev11">
          <value tag="eeldev11" expression="root.comp1.solid.eel11-(root.comp1.solid.eel11+root.comp1.solid.eel22+root.comp1.solid.eel33)/3" description="Deviatoric elastic strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eeldev12">
          <value tag="eeldev12" description="Deviatoric elastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eeldev13">
          <value tag="eeldev13" expression="root.comp1.solid.eel13" description="Deviatoric elastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eeldev22">
          <value tag="eeldev22" expression="root.comp1.solid.eel22-(root.comp1.solid.eel11+root.comp1.solid.eel22+root.comp1.solid.eel33)/3" description="Deviatoric elastic strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eeldev23">
          <value tag="eeldev23" description="Deviatoric elastic strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eeldev33">
          <value tag="eeldev33" expression="root.comp1.solid.eel33-(root.comp1.solid.eel11+root.comp1.solid.eel22+root.comp1.solid.eel33)/3" description="Deviatoric elastic strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="II2eel">
          <value tag="II2eel" expression="0.5*((root.comp1.solid.eel11-(root.comp1.solid.eel11+root.comp1.solid.eel22+root.comp1.solid.eel33)/3)^2+2*root.comp1.solid.eel13^2+(root.comp1.solid.eel22-(root.comp1.solid.eel11+root.comp1.solid.eel22+root.comp1.solid.eel33)/3)^2+(root.comp1.solid.eel33-(root.comp1.solid.eel11+root.comp1.solid.eel22+root.comp1.solid.eel33)/3)^2)" description="Second invariant of deviatoric elastic strain tensor"/>
        </expressions>
        <expressions key="sp1Gp">
          <value tag="sp1Gp" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp1)" description="First principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp2Gp">
          <value tag="sp2Gp" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp2)" description="Second principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp3Gp">
          <value tag="sp3Gp" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp3)" description="Third principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp1Gpr">
          <value tag="sp1Gpr" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp1r)" description="Principal stress direction 1, Gauss-point evaluation, r component"/>
        </expressions>
        <expressions key="sp1Gpphi">
          <value tag="sp1Gpphi" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp1phi)" description="Principal stress direction 1, Gauss-point evaluation, phi component"/>
        </expressions>
        <expressions key="sp1Gpz">
          <value tag="sp1Gpz" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp1z)" description="Principal stress direction 1, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="sp2Gpr">
          <value tag="sp2Gpr" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp2r)" description="Principal stress direction 2, Gauss-point evaluation, r component"/>
        </expressions>
        <expressions key="sp2Gpphi">
          <value tag="sp2Gpphi" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp2phi)" description="Principal stress direction 2, Gauss-point evaluation, phi component"/>
        </expressions>
        <expressions key="sp2Gpz">
          <value tag="sp2Gpz" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp2z)" description="Principal stress direction 2, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="sp3Gpr">
          <value tag="sp3Gpr" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp3r)" description="Principal stress direction 3, Gauss-point evaluation, r component"/>
        </expressions>
        <expressions key="sp3Gpphi">
          <value tag="sp3Gpphi" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp3phi)" description="Principal stress direction 3, Gauss-point evaluation, phi component"/>
        </expressions>
        <expressions key="sp3Gpz">
          <value tag="sp3Gpz" expression="root.comp1.solid.solidGpEval(root.comp1.solid.sp3z)" description="Principal stress direction 3, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="pm">
          <value tag="pm" expression="-(root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33)/3" description="Pressure"/>
        </expressions>
        <expressions key="pmGp">
          <value tag="pmGp" expression="root.comp1.solid.solidGpEval(-(root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33)/3)" description="Pressure, Gauss-point evaluation"/>
        </expressions>
        <expressions key="p">
          <value tag="p" expression="-(root.comp1.solid.sl11+root.comp1.solid.sl22+root.comp1.solid.sl33)/3" description="Pressure"/>
        </expressions>
        <expressions key="pGp">
          <value tag="pGp" expression="root.comp1.solid.solidGpEval(root.comp1.solid.p)" description="Pressure, Gauss-point evaluation"/>
        </expressions>
        <expressions key="curlUR">
          <value tag="curlUR" description="Curl of displacement, R component"/>
        </expressions>
        <expressions key="curlUPHI">
          <value tag="curlUPHI" expression="-root.comp1.wR+root.comp1.uZ" description="Curl of displacement, PHI component"/>
        </expressions>
        <expressions key="curlUZ">
          <value tag="curlUZ" description="Curl of displacement, Z component"/>
        </expressions>
        <expressions key="mises">
          <value tag="mises" expression="(3*root.comp1.solid.II2s)^0.5" description="von Mises stress"/>
        </expressions>
        <expressions key="misesGp">
          <value tag="misesGp" expression="root.comp1.solid.solidGpEval(root.comp1.solid.mises)" description="von Mises stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="tresca">
          <value tag="tresca" expression="root.comp1.solid.sp1-root.comp1.solid.sp3" description="Tresca stress"/>
        </expressions>
        <expressions key="trescaGp">
          <value tag="trescaGp" expression="root.comp1.solid.solidGpEval(root.comp1.solid.tresca)" description="Tresca stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="RFr">
          <value tag="RFr" expression="reacf(root.comp1.u)" description="Reaction force, r component"/>
        </expressions>
        <expressions key="RFphi">
          <value tag="RFphi" description="Reaction force, phi component"/>
        </expressions>
        <expressions key="RFz">
          <value tag="RFz" expression="reacf(root.comp1.w)" description="Reaction force, z component"/>
        </expressions>
        <expressions key="RMr">
          <value tag="RMr" expression="-root.comp1.solid.RFz*root.comp1.solid.refpntphi" description="Reaction moment, r component"/>
        </expressions>
        <expressions key="RMphi">
          <value tag="RMphi" expression="-root.comp1.solid.RFz*(root.r-root.comp1.solid.refpntr)+root.comp1.solid.RFr*(root.z-root.comp1.solid.refpntz)" description="Reaction moment, phi component"/>
        </expressions>
        <expressions key="RMz">
          <value tag="RMz" expression="root.comp1.solid.RFr*root.comp1.solid.refpntphi" description="Reaction moment, z component"/>
        </expressions>
        <expressions key="IR">
          <value tag="IR" expression="-root.comp1.solid.SR*root.comp1.solid.u_tR-root.comp1.solid.SRZ*root.comp1.solid.u_tZ" description="Mechanical energy flux, R component"/>
        </expressions>
        <expressions key="IPHI">
          <value tag="IPHI" description="Mechanical energy flux, PHI component"/>
        </expressions>
        <expressions key="IZ">
          <value tag="IZ" expression="-root.comp1.solid.SRZ*root.comp1.solid.u_tR-root.comp1.solid.SZ*root.comp1.solid.u_tZ" description="Mechanical energy flux, Z component"/>
        </expressions>
        <expressions key="uInitr">
          <value tag="uInitr" description="Initial value of displacement, r component"/>
        </expressions>
        <expressions key="uInitphi">
          <value tag="uInitphi" description="Initial value of displacement, phi component"/>
        </expressions>
        <expressions key="uInitz">
          <value tag="uInitz" description="Initial value of displacement, z component"/>
        </expressions>
        <expressions key="utInitr">
          <value tag="utInitr" description="Initial value of structural velocity, r component"/>
        </expressions>
        <expressions key="utInitphi">
          <value tag="utInitphi" description="Initial value of structural velocity, phi component"/>
        </expressions>
        <expressions key="utInitz">
          <value tag="utInitz" description="Initial value of structural velocity, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr8">
      <value tag="iexpr8" derivedFrom="//@physics/@physints[key='solid']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 8" entityComments="" entityAuthor="" entityCreationTime="1407320340648">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340648" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,4" dim="1" hDim="1"/>
        <expressions key="nR">
          <value tag="nR" expression="root.nR" description="Normal vector, R component"/>
        </expressions>
        <expressions key="nPHI">
          <value tag="nPHI" description="Normal vector, PHI component"/>
        </expressions>
        <expressions key="nZ">
          <value tag="nZ" expression="root.nZ" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nr">
          <value tag="nr" expression="root.nr" description="Normal vector, r component"/>
        </expressions>
        <expressions key="nphi">
          <value tag="nphi" description="Normal vector, phi component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" expression="root.nz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nRmesh">
          <value tag="nRmesh" expression="root.nRmesh" description="Normal vector (mesh), R component"/>
        </expressions>
        <expressions key="nPHImesh">
          <value tag="nPHImesh" description="Normal vector (mesh), PHI component"/>
        </expressions>
        <expressions key="nZmesh">
          <value tag="nZmesh" expression="root.nZmesh" description="Normal vector (mesh), Z component"/>
        </expressions>
        <expressions key="nrmesh">
          <value tag="nrmesh" expression="root.nrmesh" description="Normal vector (mesh), r component"/>
        </expressions>
        <expressions key="nphimesh">
          <value tag="nphimesh" description="Normal vector (mesh), phi component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" expression="root.nzmesh" description="Normal vector (mesh), z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr9">
      <value tag="iexpr9" derivedFrom="//@physics/@physints[key='solid']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 9" entityComments="" entityAuthor="" entityCreationTime="1407320340663">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340663" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,1,2,3,5,6,7" dim="1" hDim="1"/>
        <expressions key="nR">
          <value tag="nR" expression="root.dnR" description="Normal vector, R component"/>
        </expressions>
        <expressions key="nPHI">
          <value tag="nPHI" description="Normal vector, PHI component"/>
        </expressions>
        <expressions key="nZ">
          <value tag="nZ" expression="root.dnZ" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nr">
          <value tag="nr" expression="root.dnr" description="Normal vector, r component"/>
        </expressions>
        <expressions key="nphi">
          <value tag="nphi" description="Normal vector, phi component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" expression="root.dnz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nRmesh">
          <value tag="nRmesh" expression="root.dnRmesh" description="Normal vector (mesh), R component"/>
        </expressions>
        <expressions key="nPHImesh">
          <value tag="nPHImesh" description="Normal vector (mesh), PHI component"/>
        </expressions>
        <expressions key="nZmesh">
          <value tag="nZmesh" expression="root.dnZmesh" description="Normal vector (mesh), Z component"/>
        </expressions>
        <expressions key="nrmesh">
          <value tag="nrmesh" expression="root.dnrmesh" description="Normal vector (mesh), r component"/>
        </expressions>
        <expressions key="nphimesh">
          <value tag="nphimesh" description="Normal vector (mesh), phi component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" expression="root.dnzmesh" description="Normal vector (mesh), z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr10">
      <value tag="iexpr10" derivedFrom="//@physics/@physints[key='solid']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 10" entityComments="" entityAuthor="" entityCreationTime="1407320340663">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340663" selType="global"/>
        <expressions key="refpntr">
          <value tag="refpntr" description="Reference point for moment computation, r component"/>
        </expressions>
        <expressions key="refpntphi">
          <value tag="refpntphi" description="Reference point for moment computation, phi component"/>
        </expressions>
        <expressions key="refpntz">
          <value tag="refpntz" description="Reference point for moment computation, z component"/>
        </expressions>
        <expressions key="rt">
          <value tag="rt" expression="d(root.r,TIME)" description="Mesh velocity, r component"/>
        </expressions>
        <expressions key="phit">
          <value tag="phit" description="Mesh velocity, phi component"/>
        </expressions>
        <expressions key="zt">
          <value tag="zt" expression="d(root.z,TIME)" description="Mesh velocity, z component"/>
        </expressions>
        <expressions key="Ws_tot">
          <value tag="Ws_tot" expression="root.comp1.solid.lemm1.int1(2*root.comp1.solid.Ws*pi*root.R)" description="Total elastic strain energy"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr11">
      <value tag="iexpr11" derivedFrom="//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 11" entityComments="" entityAuthor="" entityCreationTime="1407320340663">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340663" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,2" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="1.0E10[Pa]" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.4" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="9000[kg/m^3]" description="Density"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr12">
      <value tag="iexpr12" derivedFrom="//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 12" entityComments="" entityAuthor="" entityCreationTime="1407320340663">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340663" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="70000[MPa]" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.22" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="2.52[g/cm^3]" description="Density"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr13">
      <value tag="iexpr13" derivedFrom="//@physics/@physints[key='ht']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 13" entityComments="" entityAuthor="" entityCreationTime="1407320340710">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340710" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="7,1,2,3,4,5,6" dim="0" hDim="0"/>
        <expressions key="T_fld_act">
          <value tag="T_fld_act" expression="1" description="Temperature"/>
        </expressions>
        <expressions key="detInvF">
          <value tag="detInvF" expression="root.comp1.spatial.detInvF*root.R/root.r" description="Coordinate transform from Spatial frame to Material frame"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr14">
      <value tag="iexpr14" derivedFrom="//@physics/@physints[key='ht']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 14" entityComments="" entityAuthor="" entityCreationTime="1407320340710">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340710" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,1,2,3,4,5,6,7" dim="1" hDim="1"/>
        <expressions key="T_fld_act">
          <value tag="T_fld_act" expression="1" description="Temperature"/>
        </expressions>
        <expressions key="Ftang11">
          <value tag="Ftang11" expression="dtang(root.r,root.R)" description="Coordinate transform from Material frame to Spatial frame, rr component"/>
        </expressions>
        <expressions key="Ftang21">
          <value tag="Ftang21" description="Coordinate transform from Material frame to Spatial frame, phir component"/>
        </expressions>
        <expressions key="Ftang31">
          <value tag="Ftang31" expression="dtang(root.r,root.Z)" description="Coordinate transform from Material frame to Spatial frame, zr component"/>
        </expressions>
        <expressions key="Ftang12">
          <value tag="Ftang12" description="Coordinate transform from Material frame to Spatial frame, rphi component"/>
        </expressions>
        <expressions key="Ftang22">
          <value tag="Ftang22" description="Coordinate transform from Material frame to Spatial frame, phiphi component"/>
        </expressions>
        <expressions key="Ftang32">
          <value tag="Ftang32" description="Coordinate transform from Material frame to Spatial frame, zphi component"/>
        </expressions>
        <expressions key="Ftang13">
          <value tag="Ftang13" expression="dtang(root.z,root.R)" description="Coordinate transform from Material frame to Spatial frame, rz component"/>
        </expressions>
        <expressions key="Ftang23">
          <value tag="Ftang23" description="Coordinate transform from Material frame to Spatial frame, phiz component"/>
        </expressions>
        <expressions key="Ftang33">
          <value tag="Ftang33" expression="dtang(root.z,root.Z)" description="Coordinate transform from Material frame to Spatial frame, zz component"/>
        </expressions>
        <expressions key="detInvF">
          <value tag="detInvF" expression="root.comp1.spatial.detInvF*root.R/root.r" description="Coordinate transform from Spatial frame to Material frame"/>
        </expressions>
        <expressions key="dnr">
          <value tag="dnr" expression="root.dnr" description="Normal vector down direction, r component"/>
        </expressions>
        <expressions key="dnphi">
          <value tag="dnphi" description="Normal vector down direction, phi component"/>
        </expressions>
        <expressions key="dnz">
          <value tag="dnz" expression="root.dnz" description="Normal vector down direction, z component"/>
        </expressions>
        <expressions key="unr">
          <value tag="unr" expression="root.unr" description="Normal vector up direction, r component"/>
        </expressions>
        <expressions key="unphi">
          <value tag="unphi" description="Normal vector up direction, phi component"/>
        </expressions>
        <expressions key="unz">
          <value tag="unz" expression="root.unz" description="Normal vector up direction, z component"/>
        </expressions>
        <expressions key="ndflux_acc">
          <value tag="ndflux_acc" expression="root.comp1.ht.ndflux" description="Normal conductive heat flux"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr15">
      <value tag="iexpr15" derivedFrom="//@physics/@physints[key='ht']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 15" entityComments="" entityAuthor="" entityCreationTime="1407320340726">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340726" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1,2" dim="2" hDim="2"/>
        <expressions key="T_fld_act">
          <value tag="T_fld_act" expression="1" description="Temperature"/>
        </expressions>
        <expressions key="domflux.Tr">
          <value tag="domflux.Tr" expression="-root.comp1.ht.k_effrr*root.comp1.Tr-root.comp1.ht.k_effrz*root.comp1.Tz" description="Domain flux"/>
        </expressions>
        <expressions key="domflux.Tz">
          <value tag="domflux.Tz" expression="-root.comp1.ht.k_effzr*root.comp1.Tr-root.comp1.ht.k_effzz*root.comp1.Tz" description="Domain flux"/>
        </expressions>
        <expressions key="dz">
          <value tag="dz" expression="1" description="Thickness"/>
        </expressions>
        <expressions key="F11">
          <value tag="F11" expression="root.comp1.spatial.F11" description="Coordinate transform from Material frame to Spatial frame, rr component"/>
        </expressions>
        <expressions key="F21">
          <value tag="F21" description="Coordinate transform from Material frame to Spatial frame, phir component"/>
        </expressions>
        <expressions key="F31">
          <value tag="F31" expression="root.comp1.spatial.F31" description="Coordinate transform from Material frame to Spatial frame, zr component"/>
        </expressions>
        <expressions key="F12">
          <value tag="F12" description="Coordinate transform from Material frame to Spatial frame, rphi component"/>
        </expressions>
        <expressions key="F22">
          <value tag="F22" description="Coordinate transform from Material frame to Spatial frame, phiphi component"/>
        </expressions>
        <expressions key="F32">
          <value tag="F32" description="Coordinate transform from Material frame to Spatial frame, zphi component"/>
        </expressions>
        <expressions key="F13">
          <value tag="F13" expression="root.comp1.spatial.F13" description="Coordinate transform from Material frame to Spatial frame, rz component"/>
        </expressions>
        <expressions key="F23">
          <value tag="F23" description="Coordinate transform from Material frame to Spatial frame, phiz component"/>
        </expressions>
        <expressions key="F33">
          <value tag="F33" expression="root.comp1.spatial.F33" description="Coordinate transform from Material frame to Spatial frame, zz component"/>
        </expressions>
        <expressions key="invF11">
          <value tag="invF11" expression="root.comp1.spatial.invF11" description="Coordinate transform from Spatial frame to Material frame, rr component"/>
        </expressions>
        <expressions key="invF21">
          <value tag="invF21" description="Coordinate transform from Spatial frame to Material frame, phir component"/>
        </expressions>
        <expressions key="invF31">
          <value tag="invF31" expression="root.comp1.spatial.invF31" description="Coordinate transform from Spatial frame to Material frame, zr component"/>
        </expressions>
        <expressions key="invF12">
          <value tag="invF12" description="Coordinate transform from Spatial frame to Material frame, rphi component"/>
        </expressions>
        <expressions key="invF22">
          <value tag="invF22" description="Coordinate transform from Spatial frame to Material frame, phiphi component"/>
        </expressions>
        <expressions key="invF32">
          <value tag="invF32" description="Coordinate transform from Spatial frame to Material frame, zphi component"/>
        </expressions>
        <expressions key="invF13">
          <value tag="invF13" expression="root.comp1.spatial.invF13" description="Coordinate transform from Spatial frame to Material frame, rz component"/>
        </expressions>
        <expressions key="invF23">
          <value tag="invF23" description="Coordinate transform from Spatial frame to Material frame, phiz component"/>
        </expressions>
        <expressions key="invF33">
          <value tag="invF33" expression="root.comp1.spatial.invF33" description="Coordinate transform from Spatial frame to Material frame, zz component"/>
        </expressions>
        <expressions key="detInvF">
          <value tag="detInvF" expression="root.comp1.spatial.detInvF*root.R/root.r" description="Coordinate transform from Spatial frame to Material frame"/>
        </expressions>
        <expressions key="EnableFramesConversion">
          <value tag="EnableFramesConversion" expression="1" description="Enable conversions between material and spatial frames"/>
        </expressions>
        <expressions key="Trt">
          <value tag="Trt" expression="root.comp1.TrTIME-root.comp1.Trr*d(root.r,TIME)-root.comp1.Trz*d(root.z,TIME)" description="Gradient of T, first time derivative, r component"/>
        </expressions>
        <expressions key="Tzt">
          <value tag="Tzt" expression="root.comp1.TzTIME-root.comp1.Tzr*d(root.r,TIME)-root.comp1.Tzz*d(root.z,TIME)" description="Gradient of T, first time derivative, z component"/>
        </expressions>
        <expressions key="Trtt">
          <value tag="Trtt" expression="d(root.comp1.TrTIME-root.comp1.Trr*d(root.r,TIME)-root.comp1.Trz*d(root.z,TIME),TIME)-d(root.comp1.TrTIME-root.comp1.Trr*d(root.r,TIME)-root.comp1.Trz*d(root.z,TIME),root.r)*d(root.r,TIME)-d(root.comp1.TrTIME-root.comp1.Trr*d(root.r,TIME)-root.comp1.Trz*d(root.z,TIME),root.z)*d(root.z,TIME)" description="Gradient of T, second time derivative, r component"/>
        </expressions>
        <expressions key="Tztt">
          <value tag="Tztt" expression="d(root.comp1.TzTIME-root.comp1.Tzr*d(root.r,TIME)-root.comp1.Tzz*d(root.z,TIME),TIME)-d(root.comp1.TzTIME-root.comp1.Tzr*d(root.r,TIME)-root.comp1.Tzz*d(root.z,TIME),root.r)*d(root.r,TIME)-d(root.comp1.TzTIME-root.comp1.Tzr*d(root.r,TIME)-root.comp1.Tzz*d(root.z,TIME),root.z)*d(root.z,TIME)" description="Gradient of T, second time derivative, z component"/>
        </expressions>
        <expressions key="Tt">
          <value tag="Tt" expression="root.comp1.TTIME-root.comp1.Tr*d(root.r,TIME)-root.comp1.Tz*d(root.z,TIME)" description="Temperature, first time derivative"/>
        </expressions>
        <expressions key="Ttt">
          <value tag="Ttt" expression="d(root.comp1.TTIME-root.comp1.Tr*d(root.r,TIME)-root.comp1.Tz*d(root.z,TIME),TIME)-d(root.comp1.TTIME-root.comp1.Tr*d(root.r,TIME)-root.comp1.Tz*d(root.z,TIME),root.r)*d(root.r,TIME)-d(root.comp1.TTIME-root.comp1.Tr*d(root.r,TIME)-root.comp1.Tz*d(root.z,TIME),root.z)*d(root.z,TIME)" description="Temperature, second time derivative"/>
        </expressions>
        <expressions key="u_primer">
          <value tag="u_primer" encryptionKey="1" expression="0ñ" description="Subgrid velocity component, r component"/>
        </expressions>
        <expressions key="u_primephi">
          <value tag="u_primephi" encryptionKey="1" expression="0ñ" description="Subgrid velocity component, phi component"/>
        </expressions>
        <expressions key="u_primez">
          <value tag="u_primez" encryptionKey="1" expression="0ñ" description="Subgrid velocity component, z component"/>
        </expressions>
        <expressions key="alphap">
          <value tag="alphap" expression="-d(root.comp1.ht.rho,root.comp1.T)/(root.comp1.ht.rho+eps)" description="Isobaric compressibility coefficient"/>
        </expressions>
        <expressions key="pA">
          <value tag="pA" expression="1[atm]" description="Absolute pressure"/>
        </expressions>
        <expressions key="gradTmag">
          <value tag="gradTmag" expression="sqrt(root.comp1.ht.gradTr^2+root.comp1.ht.gradTz^2)" description="Temperature gradient magnitude"/>
        </expressions>
        <expressions key="kmean">
          <value tag="kmean" expression="0.5*(root.comp1.ht.k_effrr+root.comp1.ht.k_effzz)" description="Mean effective thermal conductivity"/>
        </expressions>
        <expressions key="dfluxr">
          <value tag="dfluxr" expression="-root.comp1.ht.k_effrr*root.comp1.Tr-root.comp1.ht.k_effrz*root.comp1.Tz" description="Conductive heat flux, r component"/>
        </expressions>
        <expressions key="dfluxphi">
          <value tag="dfluxphi" description="Conductive heat flux, phi component"/>
        </expressions>
        <expressions key="dfluxz">
          <value tag="dfluxz" expression="-root.comp1.ht.k_effzr*root.comp1.Tr-root.comp1.ht.k_effzz*root.comp1.Tz" description="Conductive heat flux, z component"/>
        </expressions>
        <expressions key="dfluxMag">
          <value tag="dfluxMag" expression="sqrt(root.comp1.ht.dfluxr^2+root.comp1.ht.dfluxz^2)" description="Conductive heat flux magnitude"/>
        </expressions>
        <expressions key="Q">
          <value tag="Q" description="Heat source"/>
        </expressions>
        <expressions key="qs">
          <value tag="qs" description="Production/absorption coefficient"/>
        </expressions>
        <expressions key="Qmet">
          <value tag="Qmet" description="Metabolic heat source"/>
        </expressions>
        <expressions key="qs_oop">
          <value tag="qs_oop" description="Out-of-plane production/absorption coefficient"/>
        </expressions>
        <expressions key="Qoop">
          <value tag="Qoop" description="Out-of-plane heat source"/>
        </expressions>
        <expressions key="Qtot">
          <value tag="Qtot" description="Total heat source"/>
        </expressions>
        <expressions key="rhoInt">
          <value tag="rhoInt" expression="subst(root.comp1.ht.rho,root.comp1.ht.solid1.minput_pressure,root.comp1.ht.pA)" description="Density for integration"/>
        </expressions>
        <expressions key="CpInt">
          <value tag="CpInt" expression="subst(root.comp1.ht.Cp,root.comp1.ht.solid1.minput_pressure,root.comp1.ht.pA)" description="Specific heat capacity for integration"/>
        </expressions>
        <expressions key="gammaInt">
          <value tag="gammaInt" expression="subst(root.comp1.ht.gamma,root.comp1.ht.solid1.minput_pressure,root.comp1.ht.pA)" description="Ratio of specific heats for integration"/>
        </expressions>
        <expressions key="TRef">
          <value tag="TRef" expression="298.15[K]" description="Temperature"/>
        </expressions>
        <expressions key="pRef">
          <value tag="pRef" expression="1[atm]" description="Intermediate variable"/>
        </expressions>
        <expressions key="HRef">
          <value tag="HRef" description="Reference enthalpy"/>
        </expressions>
        <expressions key="DeltaH">
          <value tag="DeltaH" expression="integrate(subst(root.comp1.ht.CpInt,root.comp1.ht.pA,root.comp1.ht.pRef),root.comp1.T,root.comp1.ht.TRef,root.comp1.T)" description="Sensible enthalpy"/>
        </expressions>
        <expressions key="H">
          <value tag="H" expression="root.comp1.ht.DeltaH" description="Enthalpy"/>
        </expressions>
        <expressions key="H0">
          <value tag="H0" expression="root.comp1.ht.H" description="Total enthalpy"/>
        </expressions>
        <expressions key="Ei">
          <value tag="Ei" expression="root.comp1.ht.H" description="Internal energy"/>
        </expressions>
        <expressions key="Ei0">
          <value tag="Ei0" expression="root.comp1.ht.Ei" description="Total internal energy"/>
        </expressions>
        <expressions key="trlfluxr">
          <value tag="trlfluxr" description="Translational heat flux, r component"/>
        </expressions>
        <expressions key="trlfluxphi">
          <value tag="trlfluxphi" description="Translational heat flux, phi component"/>
        </expressions>
        <expressions key="trlfluxz">
          <value tag="trlfluxz" description="Translational heat flux, z component"/>
        </expressions>
        <expressions key="trlfluxMag">
          <value tag="trlfluxMag" description="Translational heat flux magnitude"/>
        </expressions>
        <expressions key="cfluxr">
          <value tag="cfluxr" description="Convective heat flux, r component"/>
        </expressions>
        <expressions key="cfluxphi">
          <value tag="cfluxphi" description="Convective heat flux, phi component"/>
        </expressions>
        <expressions key="cfluxz">
          <value tag="cfluxz" description="Convective heat flux, z component"/>
        </expressions>
        <expressions key="cfluxMag">
          <value tag="cfluxMag" description="Convective heat flux magnitude"/>
        </expressions>
        <expressions key="tfluxr">
          <value tag="tfluxr" expression="root.comp1.ht.dfluxr" description="Total heat flux, r component"/>
        </expressions>
        <expressions key="tfluxphi">
          <value tag="tfluxphi" description="Total heat flux, phi component"/>
        </expressions>
        <expressions key="tfluxz">
          <value tag="tfluxz" expression="root.comp1.ht.dfluxz" description="Total heat flux, z component"/>
        </expressions>
        <expressions key="tfluxMag">
          <value tag="tfluxMag" expression="sqrt(root.comp1.ht.tfluxr^2+root.comp1.ht.tfluxz^2)" description="Total heat flux magnitude"/>
        </expressions>
        <expressions key="tefluxr">
          <value tag="tefluxr" expression="root.comp1.ht.dfluxr" description="Total energy flux, r component"/>
        </expressions>
        <expressions key="tefluxphi">
          <value tag="tefluxphi" description="Total energy flux, phi component"/>
        </expressions>
        <expressions key="tefluxz">
          <value tag="tefluxz" expression="root.comp1.ht.dfluxz" description="Total energy flux, z component"/>
        </expressions>
        <expressions key="tefluxMag">
          <value tag="tefluxMag" expression="sqrt(root.comp1.ht.tefluxr^2+root.comp1.ht.tefluxz^2)" description="Total energy flux magnitude"/>
        </expressions>
        <expressions key="k_effrr">
          <value tag="k_effrr" expression="root.comp1.ht.krr" description="Effective thermal conductivity, rr component"/>
        </expressions>
        <expressions key="k_effphir">
          <value tag="k_effphir" description="Effective thermal conductivity, phir component"/>
        </expressions>
        <expressions key="k_effzr">
          <value tag="k_effzr" expression="root.comp1.ht.kzr" description="Effective thermal conductivity, zr component"/>
        </expressions>
        <expressions key="k_effrphi">
          <value tag="k_effrphi" description="Effective thermal conductivity, rphi component"/>
        </expressions>
        <expressions key="k_effphiphi">
          <value tag="k_effphiphi" description="Effective thermal conductivity, phiphi component"/>
        </expressions>
        <expressions key="k_effzphi">
          <value tag="k_effzphi" description="Effective thermal conductivity, zphi component"/>
        </expressions>
        <expressions key="k_effrz">
          <value tag="k_effrz" expression="root.comp1.ht.krz" description="Effective thermal conductivity, rz component"/>
        </expressions>
        <expressions key="k_effphiz">
          <value tag="k_effphiz" description="Effective thermal conductivity, phiz component"/>
        </expressions>
        <expressions key="k_effzz">
          <value tag="k_effzz" expression="root.comp1.ht.kzz" description="Effective thermal conductivity, zz component"/>
        </expressions>
        <expressions key="C_eff">
          <value tag="C_eff" expression="root.comp1.ht.rho*root.comp1.ht.Cp" description="Effective volumetric heat capacity"/>
        </expressions>
        <expressions key="ur">
          <value tag="ur" expression="d(root.r,TIME)" description="Velocity field, r component"/>
        </expressions>
        <expressions key="uphi">
          <value tag="uphi" description="Velocity field, phi component"/>
        </expressions>
        <expressions key="uz">
          <value tag="uz" expression="d(root.z,TIME)" description="Velocity field, z component"/>
        </expressions>
        <expressions key="gradTr">
          <value tag="gradTr" expression="root.comp1.Tr" description="Temperature gradient, r component"/>
        </expressions>
        <expressions key="gradTphi">
          <value tag="gradTphi" description="Temperature gradient, phi component"/>
        </expressions>
        <expressions key="gradTz">
          <value tag="gradTz" expression="root.comp1.Tz" description="Temperature gradient, z component"/>
        </expressions>
        <expressions key="alphaTdrr">
          <value tag="alphaTdrr" expression="root.comp1.ht.k_effrr/root.comp1.ht.C_eff" description="Thermal diffusivity, rr component"/>
        </expressions>
        <expressions key="alphaTdphir">
          <value tag="alphaTdphir" description="Thermal diffusivity, phir component"/>
        </expressions>
        <expressions key="alphaTdzr">
          <value tag="alphaTdzr" expression="root.comp1.ht.k_effzr/root.comp1.ht.C_eff" description="Thermal diffusivity, zr component"/>
        </expressions>
        <expressions key="alphaTdrphi">
          <value tag="alphaTdrphi" description="Thermal diffusivity, rphi component"/>
        </expressions>
        <expressions key="alphaTdphiphi">
          <value tag="alphaTdphiphi" description="Thermal diffusivity, phiphi component"/>
        </expressions>
        <expressions key="alphaTdzphi">
          <value tag="alphaTdzphi" description="Thermal diffusivity, zphi component"/>
        </expressions>
        <expressions key="alphaTdrz">
          <value tag="alphaTdrz" expression="root.comp1.ht.k_effrz/root.comp1.ht.C_eff" description="Thermal diffusivity, rz component"/>
        </expressions>
        <expressions key="alphaTdphiz">
          <value tag="alphaTdphiz" description="Thermal diffusivity, phiz component"/>
        </expressions>
        <expressions key="alphaTdzz">
          <value tag="alphaTdzz" expression="root.comp1.ht.k_effzz/root.comp1.ht.C_eff" description="Thermal diffusivity, zz component"/>
        </expressions>
        <expressions key="alphaTdMean">
          <value tag="alphaTdMean" expression="root.comp1.ht.kmean/root.comp1.ht.C_eff" description="Mean thermal diffusivity"/>
        </expressions>
        <expressions key="gamma">
          <value tag="gamma" expression="1" description="Ratio of specific heats"/>
        </expressions>
        <expressions key="isSolid">
          <value tag="isSolid" expression="1" description="Solid boolean"/>
        </expressions>
        <expressions key="rhoGradH0r">
          <value tag="rhoGradH0r" encryptionKey="1" expression="nñsçğë5us[)G¿¸fpe¢£r>ùÇĞ5sĕĝ±{ęßTÚKÅMû³§Î^¹®9Kwh£Qāg-ĘôÓbÖ·¾TNÙý»7½£đK®QâõeôĒ+ÕÞåe{¬C" description="Volumetric total enthalpy gradient, r component"/>
        </expressions>
        <expressions key="rhoGradH0phi">
          <value tag="rhoGradH0phi" encryptionKey="1" expression="0ñ" description="Volumetric total enthalpy gradient, phi component"/>
        </expressions>
        <expressions key="rhoGradH0z">
          <value tag="rhoGradH0z" encryptionKey="1" expression="nñsçğë5us[)G¿¸fpe¢£r>ùÇĞ5sĕĝ±{ęßTÚKÅMû³§Î^¹®9Kwh£Qāg-ĘôÓbÖ·¾TNÙý»7½£đK®QâõeôĒ+ÕÞåe{¤C" description="Volumetric total enthalpy gradient, z component"/>
        </expressions>
        <expressions key="tau_prime">
          <value tag="tau_prime" encryptionKey="1" expression="0ñÓs±ğ²;ud[)I¿¼fyeU£q>ùĕĞt-ĕĜ±Uę,UÝKÌMĐ³¢Î^¹®JKÅh¥Qèg(ĘQÔÖ_¾NÀýÁĝ¼¥đZK®QÒõcôĒ+ąåR{½C[Ė&lt;{¤¹q¿y*~åý=OÕWÑTÜ­" description="GLS time scale"/>
        </expressions>
        <expressions key="res_prime">
          <value tag="res_prime" encryptionKey="1" expression="0ñ" description="Additional conservative advective contribution"/>
        </expressions>
        <expressions key="streamline">
          <value tag="streamline" encryptionKey="1" expression="ĒðÙsèğòøtu[})¿¶fºea£f>ÆùĂĞBpĕ%²ę,UÓK°MÑ4³ Î^¹X®7K¹hdQíggĘ@ÔvÖ¢¾ªNýü:½£đKÎQçõ*ôê+ĒåL{²CÅ[Í&lt;,¤ø±¿a'~éýāNyWzTØ­ÝWW@CÙtzº4ąfÔqFēå}ûę£è£ÒÔ¥±P;­¢ďáûċĚX×xKĐ7=}X\Ĝ±ôôĔSû8čóÁËAWt8ôĆé¿àSĝH¥¨ÿ[û>ðėėĒÊ¶Ô LB­.W/Ã´d&lt;6s)§PMąÿè°ñK}&quot;ĔQýð=/ájĐìĒ×¶+ãbg:ê7nÐüìvĊ¹r6Y_}XÞĀyĘôØĖS¯ ­ĂąÇÈąÕ!ÄĂČXóyą&lt;ÇĐĚØ(`pÑÁ õ:.Yï\ ~ÊBďÕącÍð£ô¥Ğ0ýW¹ëÓç?×ĎċtĊ±NåYĒöÐĕ9%ØüÖèĖë²²Aèæ`Í+'Ú$³ě7Ē¯PÇù0ÀôuCÐm%~ºVj¥'ðRö*@Ę8¦úĉĝþ}Đo¦KB 3Ć¢Â'§%ØÏQÂnzĚäC':x~Dð&quot;i?U·³ā­ąO¦c¢ÑÞÚKû©qóô¨Ąĉ)ā®u|¢" description="Streamline diffusion"/>
        </expressions>
        <expressions key="helem">
          <value tag="helem" expression="root.h_spatial" description="Element size"/>
        </expressions>
        <expressions key="res_T">
          <value tag="res_T" expression="(root.comp1.TTIME-root.comp1.Tr*d(root.r,TIME)-root.comp1.Tz*d(root.z,TIME))*root.comp1.ht.C_eff-root.comp1.ht.k_effrr*d(root.comp1.Tr,root.r)-root.comp1.ht.k_effrz*d(root.comp1.Tr,root.z)-root.comp1.ht.k_effzr*d(root.comp1.Tz,root.r)-root.comp1.ht.k_effzz*d(root.comp1.Tz,root.z)+root.comp1.ht.rho*root.comp1.ht.Cp*(root.comp1.ht.ur*root.comp1.Tr+root.comp1.ht.uz*root.comp1.Tz)" description="Equation residual"/>
        </expressions>
        <expressions key="tau_e">
          <value tag="tau_e" encryptionKey="1" expression="RñsìğĀāt®[/)¿·f°eF£f>ÄùÍĞu1ĕ#²@ęêTßKMČO³¥Îs¹_®úJ¾hYQDh:Ę$ÔÖ­¾N~ýöĝ¼ đVK¬Qæõ\ôĝ+ĔâåĐz¬C[Ù&lt;7¤» ¿7h~£¦ýāNWtTÕ­ÜW@NÙrz¼4'gqē}ę[£ā£¹Ô¥°PC­ÚďöûċĚq×ÂKº77XuĜ1±8õÔĔZû8čóÁËDWtđóHê~à*ĝJ¥­ÿ#û?ðę2ēú¶GĔ J­RW+ÃµdJ&lt;Qs'§iMCĀè°øKb&quot;ÑQý(>L/jĎìRØ®+öb¨:ô7`ÐCíĊxrØX }ĄÝqzJõÌØßSê ¾ĂìÇÈĂÕÓÃÖČlóną+ÇÍĚ )ipÉÁ&quot;õ9.nï nÊDďÆącÍò£ð¥&quot;1JXuë³çi?ÿĎĔtĎ±ĈäY;÷»ĕ9%ÃüècìêAĞæwÍ'đ$öěJĒPTÇùð¿æuC¬mw~WV6¥L'ĕRò*GĘ-¦¼ĉ¯ĝĄ} p¦KF 8ĆvÂk§EØjQÛnVOå9Ü9x½Dµ&quot;®?O·ôā©­Ċ¦t¢ÞėKó©»qóôÂĄĚ)Æu¢ėĘÞüûtIÛć|ÞØb'éÇ¶*R*ÔYe×ć´À.±k4MØÍ0éiĊäTýé¬ÏČÌ|;ěÅ," description="GLS time scale"/>
        </expressions>
        <expressions key="tau_eCross">
          <value tag="tau_eCross" encryptionKey="1" expression="RñsìğĀāt®[/)¿·f°eF£f>ÄùÔĞu1ĕÜ±SęêTÚK°MÑC³£Î`¹®ùJxheQíggĘQÔ}Ö¤¾TNÙý»7½£đK®QâõeôĒ+ÕÞåQ{²CÅ[í&lt;;¤ºi¿&quot;f~éýāNWTĘ­éWN@ĎØwzÑ4,g¡qēÎ}ãę]£Ĉ£{Ô`¥±P:­Îď¶ûÎĚg×¹Kÿ7.|XyĜD±&quot;õ±ĔBûKč*ÂË;WtďóHê~à*ĝJ¥­ÿ#û?ðę2ēú¶GĔ J­$W-Ã·d~&lt;örD§iMXĀĒ°,L&quot;ĒQ°ýÏ=­/jlíPØÁ+üb¦:Û7¯ÐĊì}ĊrÛX8}ýÝ;zćôÈØïSý öĂüÇUÈċÕßÃĆČqó&lt;ąFÇąĚò(ApêÁ5õ~.(ïZ ÂÊ9ďą Íó£ù¥ß0ÿW·ëÂçª?÷ĎĖtò±Så\Y9÷üĕ5%ÚüçèPì¨~Aĕæ¢Í-'Ú$³ě7Ē¯PÇù2ÀìuCm^~©V2¥9'ĖRÀ*SĘ/¦Āĉ´ĝA~[phK"/>
        </expressions>
        <expressions key="gTgijgT">
          <value tag="gTgijgT" encryptionKey="1" expression="ėð¯sçğòĎt°[})I¿µf¯e£°>°ùēĞ}Yĕĝ±@ęáTęKÁMĐQ³Î´¹\®AK²h£Qüg Ę9ÔÖ¹¾UNÙý»7½£đK®QâõeôĒ+ÕÞåe{¤CÉ[¼&lt;,¤úµ¿vb~òý&lt;O½WÎTě­íWQ@XÙvz·4÷féqHēË}Ýę¡£ė£ÍÔP¥wPv­ ď³ûÊĚx×¼K½7r|XwĜP±úôÔĔOû=č3ÂËĊVÐtTôHê»à-ĝc¥îÿ:ûýïěĒĒÎ¶Í  ?­#WøÂ}d&lt;9sD§VMěÿĔ°ìKb&quot;êQÆýõ=/jĒì=Øõ+ăb³:28SÐþì}Ċtr6Yf}?Þ>zċôÇØĚSï ¯ĂGÈÈĂÕÜÃûČcó5ąõÆÏĚę(gpÑÁ õH.nï jÊ9ďązÍû£"/>
        </expressions>
        <expressions key="h2GT">
          <value tag="h2GT" encryptionKey="1" expression="nñsçğë5us[)G¿¸fpe¢£r>ùÇĞJwĕĕ±:ęçTÒKMÐ³Î^¹®5KxhpQĄg$ĘSÔÔÖe¾ÆNÙý¬ã¼Þđ_K¢Qâõ\ôä+ăåN{®CÐ[Ę&lt;W¤ď¿b*~åý=OÕW"/>
        </expressions>
        <expressions key="xiT">
          <value tag="xiT" encryptionKey="1" expression="RñsìğĀāt®[)K¿²fwe£®>ùĔĞ5WĕÜ±yęßTÚKÅMû³§Î^¹®9Kwh£Qāg-ĘôÓbÖ·¾TNÙý»7½£đK®QâõeôĒ+ÕÞåQ{²CÅ[¼&lt;3¤úl¿&quot;f~éýāNWTĘ­éWN@ĎØwzÑ4,g¡qēÎ}ãę[£ā£¹Ô¥°P9­¢ďáûċĚX×xKą73X`Ĝr±QõĔ>û~č+ÂËþVtďóHê~à*ĝJ¥­ÿ4ûûïQ9ēî¶^Õ %Q­àVõÂºd&lt;6s'§TMĘÿ&amp;±ìKd&quot;îQÓý3>/jeíø×É+;c¡:08SÐþì}Ċtr6Ym}ÿÝwz#õkØÿS® òĂÖÇ_ÈCÖĜÃóČXó{ą8ÇăĚ&amp;)gpÊÁjõv.-ï nÊDďÏąÍĈ£Ĕ¥ę0KXµëqço?¼ĎĔtÐ±ēäxYĎö¿ĕ9%ÚüÒè ìè½AëæÍn'Í$­ě=ĒPÇ¹ùõ¿" description="Stabilization switch variable"/>
        </expressions>
        <expressions key="xiTt">
          <value tag="xiTt" encryptionKey="1" expression="Sñsèğ·Tu²[m)S¿¶f³e£w>ùĀĞ7Yĕě±DęúTÞK´MĎ:³¡Îd¹®ĀJ´hdQĄg-ĘôÓÖ¤¾NÛýč÷¼đ]KaQìõbôå+ĀäåG{·C[Â&lt;m¤ėm¿&lt;L~°ÚýĂNÒWzTĖ­äW@ĎØpzº4ìfÑqDēÑ}øęb£Ę£Ô¥|P9­¢ďáûċĚX×xKĎ7vZXĜn±,õÛĔĘúč÷ÁËCWtďóBêxà,ĝY¥òÿ:û5ð-Vē½¶ē J­2W:Ãwd&lt;ďrh§hMCĀè°ćKi&quot;ÓQÊýæ=/jĎìRØ²+üb¨:×7Ð@í~Ċtr6YF}\ÞÿyDõÀØĖSõ ¸ĂąÇÈ@ÖÓÃĆČZónąúÆăĚĞ(\pċÁWõF.lï {Ê@ďÕącÍð£ô¥Ğ0ĖWxë¼ç³?ÃĎquÉ±ĘäYT÷¹ĕC%ÎüÜèĚë¬¼AĄæ`Í)'Ô$ ěAĒPNÇù-ÀðuCzmx~V¥`'1S±*NĘz¦Àĉüĝ"/>
        </expressions>
        <expressions key="gijrr">
          <value tag="gijrr" expression="d(root.r,xi1)^2+d(root.r,xi2)^2" description="Contravariant metric tensor, rr component"/>
        </expressions>
        <expressions key="gijphir">
          <value tag="gijphir" description="Contravariant metric tensor, phir component"/>
        </expressions>
        <expressions key="gijzr">
          <value tag="gijzr" expression="d(root.r,xi1)*d(root.z,xi1)+d(root.r,xi2)*d(root.z,xi2)" description="Contravariant metric tensor, zr component"/>
        </expressions>
        <expressions key="gijrphi">
          <value tag="gijrphi" description="Contravariant metric tensor, rphi component"/>
        </expressions>
        <expressions key="gijphiphi">
          <value tag="gijphiphi" description="Contravariant metric tensor, phiphi component"/>
        </expressions>
        <expressions key="gijzphi">
          <value tag="gijzphi" description="Contravariant metric tensor, zphi component"/>
        </expressions>
        <expressions key="gijrz">
          <value tag="gijrz" expression="d(root.r,xi1)*d(root.z,xi1)+d(root.r,xi2)*d(root.z,xi2)" description="Contravariant metric tensor, rz component"/>
        </expressions>
        <expressions key="gijphiz">
          <value tag="gijphiz" description="Contravariant metric tensor, phiz component"/>
        </expressions>
        <expressions key="gijzz">
          <value tag="gijzz" expression="d(root.z,xi1)^2+d(root.z,xi2)^2" description="Contravariant metric tensor, zz component"/>
        </expressions>
        <expressions key="gijij">
          <value tag="gijij" expression="(d(root.r,xi1)^2+d(root.r,xi2)^2)^2+2*(d(root.r,xi1)*d(root.z,xi1)+d(root.r,xi2)*d(root.z,xi2))^2+(d(root.z,xi1)^2+d(root.z,xi2)^2)^2"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr16">
      <value tag="iexpr16" derivedFrom="//@physics/@physints[key='ht']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 16" entityComments="" entityAuthor="" entityCreationTime="1407320340726">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340726" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,2,4,5,6,7" dim="1" hDim="1"/>
        <expressions key="q0">
          <value tag="q0" description="Inward heat flux"/>
        </expressions>
        <expressions key="rflux">
          <value tag="rflux" description="Radiative heat flux"/>
        </expressions>
        <expressions key="ntrlflux">
          <value tag="ntrlflux" expression="root.mean(root.comp1.ht.trlfluxr)*root.comp1.ht.nr+root.mean(root.comp1.ht.trlfluxz)*root.comp1.ht.nz" description="Normal translational heat flux"/>
        </expressions>
        <expressions key="ncflux">
          <value tag="ncflux" expression="root.mean(root.comp1.ht.cfluxr)*root.comp1.ht.nr+root.mean(root.comp1.ht.cfluxz)*root.comp1.ht.nz" description="Normal convective heat flux"/>
        </expressions>
        <expressions key="ntflux">
          <value tag="ntflux" expression="root.comp1.ht.ndflux+root.comp1.ht.ntrlflux+root.comp1.ht.ncflux" description="Normal total heat flux"/>
        </expressions>
        <expressions key="nteflux">
          <value tag="nteflux" expression="root.mean(root.comp1.ht.tefluxr)*root.comp1.ht.nr+root.mean(root.comp1.ht.tefluxz)*root.comp1.ht.nz-root.mean(root.comp1.ht.dfluxr)*root.comp1.ht.nr-root.mean(root.comp1.ht.dfluxz)*root.comp1.ht.nz+root.comp1.ht.ndflux" description="Normal total energy flux"/>
        </expressions>
        <expressions key="ntflux_acc">
          <value tag="ntflux_acc" expression="root.comp1.ht.ntflux" description="Normal total heat flux"/>
        </expressions>
        <expressions key="nteflux_acc">
          <value tag="nteflux_acc" expression="root.comp1.ht.nteflux" description="Normal total energy flux"/>
        </expressions>
        <expressions key="Qbtot">
          <value tag="Qbtot" description="Total boundary heat source"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr17">
      <value tag="iexpr17" derivedFrom="//@physics/@physints[key='ht']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 17" entityComments="" entityAuthor="" entityCreationTime="1407320340726">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340726" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,4" dim="1" hDim="1"/>
        <expressions key="nr">
          <value tag="nr" expression="root.nr" description="Normal vector, r component"/>
        </expressions>
        <expressions key="nphi">
          <value tag="nphi" description="Normal vector, phi component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" expression="root.nz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nrmesh">
          <value tag="nrmesh" expression="root.nrmesh" description="Normal vector (mesh), r component"/>
        </expressions>
        <expressions key="nphimesh">
          <value tag="nphimesh" description="Normal vector (mesh), phi component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" expression="root.nzmesh" description="Normal vector (mesh), z component"/>
        </expressions>
        <expressions key="ntrlflux_u">
          <value tag="ntrlflux_u" expression="root.up(root.comp1.ht.trlfluxr)*root.comp1.ht.unr+root.up(root.comp1.ht.trlfluxz)*root.comp1.ht.unz" description="Internal normal translational heat flux, upside"/>
        </expressions>
        <expressions key="ntrlflux_d">
          <value tag="ntrlflux_d" expression="root.down(root.comp1.ht.trlfluxr)*root.comp1.ht.dnr+root.down(root.comp1.ht.trlfluxz)*root.comp1.ht.dnz" description="Internal normal translational heat flux, downside"/>
        </expressions>
        <expressions key="ncflux_u">
          <value tag="ncflux_u" expression="root.up(root.comp1.ht.cfluxr)*root.comp1.ht.unr+root.up(root.comp1.ht.cfluxz)*root.comp1.ht.unz" description="Internal normal convective heat flux, upside"/>
        </expressions>
        <expressions key="ncflux_d">
          <value tag="ncflux_d" expression="root.down(root.comp1.ht.cfluxr)*root.comp1.ht.dnr+root.down(root.comp1.ht.cfluxz)*root.comp1.ht.dnz" description="Internal normal convective heat flux, downside"/>
        </expressions>
        <expressions key="ndflux">
          <value tag="ndflux" expression="if(root.r>0.0010/sqrt(sqrt(root.mean(root.emetric2))),0.25*(uflux_spatial(root.comp1.T)-dflux_spatial(root.comp1.T))/(pi*root.r),NaN)" description="Normal conductive heat flux"/>
        </expressions>
        <expressions key="ndflux_u">
          <value tag="ndflux_u" expression="if(root.r>0.0010/sqrt(sqrt(root.mean(root.emetric2))),-0.5*uflux_spatial(root.comp1.T)/(pi*root.r),NaN)" description="Internal normal conductive heat flux, upside"/>
        </expressions>
        <expressions key="ndflux_d">
          <value tag="ndflux_d" expression="if(root.r>0.0010/sqrt(sqrt(root.mean(root.emetric2))),-0.5*dflux_spatial(root.comp1.T)/(pi*root.r),NaN)" description="Internal normal conductive heat flux, downside"/>
        </expressions>
        <expressions key="ntflux_u">
          <value tag="ntflux_u" expression="root.comp1.ht.ndflux_u+root.comp1.ht.ntrlflux_u+root.comp1.ht.ncflux_u" description="Internal normal total flux, upside"/>
        </expressions>
        <expressions key="ntflux_d">
          <value tag="ntflux_d" expression="root.comp1.ht.ndflux_d+root.comp1.ht.ntrlflux_d+root.comp1.ht.ncflux_d" description="Internal normal total flux, downside"/>
        </expressions>
        <expressions key="nteflux_u">
          <value tag="nteflux_u" expression="root.up(root.comp1.ht.tefluxr)*root.comp1.ht.unr+root.up(root.comp1.ht.tefluxz)*root.comp1.ht.unz-root.up(root.comp1.ht.dfluxr)*root.comp1.ht.unr-root.up(root.comp1.ht.dfluxz)*root.comp1.ht.unz+root.comp1.ht.ndflux_u" description="Internal normal total energy flux, upside"/>
        </expressions>
        <expressions key="nteflux_d">
          <value tag="nteflux_d" expression="root.down(root.comp1.ht.tefluxr)*root.comp1.ht.dnr+root.down(root.comp1.ht.tefluxz)*root.comp1.ht.dnz-root.down(root.comp1.ht.dfluxr)*root.comp1.ht.dnr-root.down(root.comp1.ht.dfluxz)*root.comp1.ht.dnz+root.comp1.ht.ndflux_d" description="Internal normal total energy flux, downside"/>
        </expressions>
        <expressions key="ndflux_acc_u">
          <value tag="ndflux_acc_u" expression="root.comp1.ht.ndflux_u" description="Internal normal conductive heat flux, upside"/>
        </expressions>
        <expressions key="ndflux_acc_d">
          <value tag="ndflux_acc_d" expression="root.comp1.ht.ndflux_d" description="Internal normal conductive heat flux, downside"/>
        </expressions>
        <expressions key="ntflux_acc_u">
          <value tag="ntflux_acc_u" expression="root.comp1.ht.ntflux_u" description="Internal normal total flux, upside"/>
        </expressions>
        <expressions key="ntflux_acc_d">
          <value tag="ntflux_acc_d" expression="root.comp1.ht.ntflux_d" description="Internal normal total flux, downside"/>
        </expressions>
        <expressions key="nteflux_acc_u">
          <value tag="nteflux_acc_u" expression="root.comp1.ht.nteflux_u" description="Internal normal total energy flux, upside"/>
        </expressions>
        <expressions key="nteflux_acc_d">
          <value tag="nteflux_acc_d" expression="root.comp1.ht.nteflux_d" description="Internal normal total energy flux, downside"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr18">
      <value tag="iexpr18" derivedFrom="//@physics/@physints[key='ht']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 18" entityComments="" entityAuthor="" entityCreationTime="1407320340726">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340726" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,1,2,3,5,6,7" dim="1" hDim="1"/>
        <expressions key="nr">
          <value tag="nr" expression="root.dnr" description="Normal vector, r component"/>
        </expressions>
        <expressions key="nphi">
          <value tag="nphi" description="Normal vector, phi component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" expression="root.dnz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nrmesh">
          <value tag="nrmesh" expression="root.dnrmesh" description="Normal vector (mesh), r component"/>
        </expressions>
        <expressions key="nphimesh">
          <value tag="nphimesh" description="Normal vector (mesh), phi component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" expression="root.dnzmesh" description="Normal vector (mesh), z component"/>
        </expressions>
        <expressions key="ndflux">
          <value tag="ndflux" expression="if(root.r>0.0010/sqrt(sqrt(root.mean(root.emetric2))),-0.5*dflux_spatial(root.comp1.T)/(pi*root.r),NaN)" description="Normal conductive heat flux"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr19">
      <value tag="iexpr19" derivedFrom="//@physics/@physints[key='ht']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 19" entityComments="" entityAuthor="" entityCreationTime="1407320340726">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340726" selType="global"/>
        <expressions key="dEiInt">
          <value tag="dEiInt" expression="root.comp1.ht.intDom(d(2*root.comp1.ht.rho*root.comp1.ht.Ei*pi*root.r,TIME)-d(2*root.comp1.ht.rho*root.comp1.ht.Ei*pi*root.r,root.r)*d(root.r,TIME)-d(2*root.comp1.ht.rho*root.comp1.ht.Ei*pi*root.r,root.z)*d(root.z,TIME))" description="Total accumulated heat power"/>
        </expressions>
        <expressions key="dEi0Int">
          <value tag="dEi0Int" expression="root.comp1.ht.intDom(d(2*root.comp1.ht.rho*root.comp1.ht.Ei0*pi*root.r,TIME)-d(2*root.comp1.ht.rho*root.comp1.ht.Ei0*pi*root.r,root.r)*d(root.r,TIME)-d(2*root.comp1.ht.rho*root.comp1.ht.Ei0*pi*root.r,root.z)*d(root.z,TIME))" description="Total accumulated energy power"/>
        </expressions>
        <expressions key="ntfluxInt">
          <value tag="ntfluxInt" expression="root.comp1.ht.intExtBnd(2*root.comp1.ht.ntflux*pi*root.r)" description="Total net heat power"/>
        </expressions>
        <expressions key="ntefluxInt">
          <value tag="ntefluxInt" expression="root.comp1.ht.intExtBnd(2*root.comp1.ht.nteflux*pi*root.r)" description="Total net energy power"/>
        </expressions>
        <expressions key="QInt">
          <value tag="QInt" expression="root.comp1.ht.intDom(2*root.comp1.ht.Qtot*pi*root.r)-root.comp1.ht.intIntBnd(2*(root.comp1.ht.ndflux_u+root.comp1.ht.ndflux_d)*pi*root.r)" description="Total heat source"/>
        </expressions>
        <expressions key="WnsInt">
          <value tag="WnsInt" expression="root.comp1.ht.solid1.intDom(2*root.comp1.ht.pA*(d(root.comp1.ht.ur,root.r)+if(abs(root.r)&lt;0.0010*root.h,d(root.comp1.ht.ur,root.r),root.comp1.ht.ur/root.r)+d(root.comp1.ht.uz,root.z))*pi*root.r)" description="Total work source"/>
        </expressions>
        <expressions key="solid1.dEiInt">
          <value tag="solid1.dEiInt" expression="root.comp1.ht.solid1.intDom(d(2*root.comp1.ht.rho*root.comp1.ht.Ei*pi*root.r,TIME)-d(2*root.comp1.ht.rho*root.comp1.ht.Ei*pi*root.r,root.r)*d(root.r,TIME)-d(2*root.comp1.ht.rho*root.comp1.ht.Ei*pi*root.r,root.z)*d(root.z,TIME))" description="Total accumulated heat power"/>
        </expressions>
        <expressions key="solid1.dEi0Int">
          <value tag="solid1.dEi0Int" expression="root.comp1.ht.solid1.intDom(d(2*root.comp1.ht.rho*root.comp1.ht.Ei0*pi*root.r,TIME)-d(2*root.comp1.ht.rho*root.comp1.ht.Ei0*pi*root.r,root.r)*d(root.r,TIME)-d(2*root.comp1.ht.rho*root.comp1.ht.Ei0*pi*root.r,root.z)*d(root.z,TIME))" description="Total accumulated energy power"/>
        </expressions>
        <expressions key="solid1.ntfluxInt">
          <value tag="solid1.ntfluxInt" expression="root.comp1.ht.solid1.intExtBnd(2*root.comp1.ht.ntflux*pi*root.r)+root.comp1.ht.solid1.intExtBndUp(2*root.comp1.ht.ntflux_u*pi*root.r)+root.comp1.ht.solid1.intExtBndDown(2*root.comp1.ht.ntflux_d*pi*root.r)" description="Total net heat power"/>
        </expressions>
        <expressions key="solid1.ntefluxInt">
          <value tag="solid1.ntefluxInt" expression="root.comp1.ht.solid1.intExtBnd(2*root.comp1.ht.nteflux*pi*root.r)+root.comp1.ht.solid1.intExtBndUp(2*root.comp1.ht.nteflux_u*pi*root.r)+root.comp1.ht.solid1.intExtBndDown(2*root.comp1.ht.nteflux_d*pi*root.r)" description="Total net energy power"/>
        </expressions>
        <expressions key="solid1.QInt">
          <value tag="solid1.QInt" expression="root.comp1.ht.solid1.intDom(2*root.comp1.ht.Qtot*pi*root.r)-root.comp1.ht.solid1.intIntBnd(2*(root.comp1.ht.ndflux_u+root.comp1.ht.ndflux_d)*pi*root.r)" description="Total heat source"/>
        </expressions>
        <expressions key="solid1.WnsInt">
          <value tag="solid1.WnsInt" expression="root.comp1.ht.solid1.intDom(2*root.comp1.ht.pA*(d(root.comp1.ht.ur,root.r)+if(abs(root.r)&lt;0.0010*root.h,d(root.comp1.ht.ur,root.r),root.comp1.ht.ur/root.r)+d(root.comp1.ht.uz,root.z))*pi*root.r)" description="Total work source"/>
        </expressions>
        <expressions key="ins1.ntfluxInt">
          <value tag="ins1.ntfluxInt" expression="root.comp1.ht.ins1.intExtBnd(2*root.comp1.ht.ntflux*pi*root.r)" description="Total net heat power"/>
        </expressions>
        <expressions key="ins1.ntefluxInt">
          <value tag="ins1.ntefluxInt" expression="root.comp1.ht.ins1.intExtBnd(2*root.comp1.ht.nteflux*pi*root.r)" description="Total net energy power"/>
        </expressions>
        <expressions key="ins1.ntfluxInt_u">
          <value tag="ins1.ntfluxInt_u" expression="root.comp1.ht.ins1.intIntBnd(2*root.comp1.ht.ntflux_u*pi*root.r)" description="Total net heat power, upside"/>
        </expressions>
        <expressions key="ins1.ntefluxInt_u">
          <value tag="ins1.ntefluxInt_u" expression="root.comp1.ht.ins1.intIntBnd(2*root.comp1.ht.nteflux_u*pi*root.r)" description="Total net energy power, upside"/>
        </expressions>
        <expressions key="ins1.ntfluxInt_d">
          <value tag="ins1.ntfluxInt_d" expression="root.comp1.ht.ins1.intIntBnd(2*root.comp1.ht.ntflux_d*pi*root.r)" description="Total net heat power, downside"/>
        </expressions>
        <expressions key="ins1.ntefluxInt_d">
          <value tag="ins1.ntefluxInt_d" expression="root.comp1.ht.ins1.intIntBnd(2*root.comp1.ht.nteflux_d*pi*root.r)" description="Total net energy power, downside"/>
        </expressions>
        <expressions key="chf1.ntfluxInt">
          <value tag="chf1.ntfluxInt" expression="root.comp1.ht.chf1.intExtBnd(2*root.comp1.ht.ntflux*pi*root.r)" description="Total net heat power"/>
        </expressions>
        <expressions key="chf1.ntefluxInt">
          <value tag="chf1.ntefluxInt" expression="root.comp1.ht.chf1.intExtBnd(2*root.comp1.ht.nteflux*pi*root.r)" description="Total net energy power"/>
        </expressions>
        <expressions key="chf1.ntfluxInt_u">
          <value tag="chf1.ntfluxInt_u" expression="root.comp1.ht.chf1.intIntBnd(2*root.comp1.ht.ntflux_u*pi*root.r)" description="Total net heat power, upside"/>
        </expressions>
        <expressions key="chf1.ntefluxInt_u">
          <value tag="chf1.ntefluxInt_u" expression="root.comp1.ht.chf1.intIntBnd(2*root.comp1.ht.nteflux_u*pi*root.r)" description="Total net energy power, upside"/>
        </expressions>
        <expressions key="chf1.ntfluxInt_d">
          <value tag="chf1.ntfluxInt_d" expression="root.comp1.ht.chf1.intIntBnd(2*root.comp1.ht.ntflux_d*pi*root.r)" description="Total net heat power, downside"/>
        </expressions>
        <expressions key="chf1.ntefluxInt_d">
          <value tag="chf1.ntefluxInt_d" expression="root.comp1.ht.chf1.intIntBnd(2*root.comp1.ht.nteflux_d*pi*root.r)" description="Total net energy power, downside"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr20">
      <value tag="iexpr20" derivedFrom="//@physics/@physints[key='ht']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 20" entityComments="" entityAuthor="" entityCreationTime="1407320340726">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340726" selType="global"/>
        <expressions key="WInt">
          <value tag="WInt" description="Total work source"/>
        </expressions>
        <expressions key="solid1.WInt">
          <value tag="solid1.WInt" description="Total work source"/>
        </expressions>
        <expressions key="ins1.Tave">
          <value tag="ins1.Tave" expression="if(root.comp1.ht.ins1.intBnd(root.comp1.ht.rho*root.comp1.ht.Cp*(root.comp1.ht.ur*root.comp1.ht.nr+root.comp1.ht.uphi*root.comp1.ht.nphi+root.comp1.ht.uz*root.comp1.ht.nz))==0,root.comp1.ht.ins1.intBnd(root.comp1.T)/root.comp1.ht.ins1.intBnd(1),root.comp1.ht.ins1.intBnd(root.comp1.ht.rho*root.comp1.ht.Cp*root.comp1.T*(root.comp1.ht.ur*root.comp1.ht.nr+root.comp1.ht.uphi*root.comp1.ht.nphi+root.comp1.ht.uz*root.comp1.ht.nz))/root.comp1.ht.ins1.intBnd(root.comp1.ht.rho*root.comp1.ht.Cp*(root.comp1.ht.ur*root.comp1.ht.nr+root.comp1.ht.uphi*root.comp1.ht.nphi+root.comp1.ht.uz*root.comp1.ht.nz)))" description="Weighted average temperature"/>
        </expressions>
        <expressions key="chf1.Tave">
          <value tag="chf1.Tave" expression="if(root.comp1.ht.chf1.intBnd(root.comp1.ht.rho*root.comp1.ht.Cp*(root.comp1.ht.ur*root.comp1.ht.nr+root.comp1.ht.uphi*root.comp1.ht.nphi+root.comp1.ht.uz*root.comp1.ht.nz))==0,root.comp1.ht.chf1.intBnd(root.comp1.T)/root.comp1.ht.chf1.intBnd(1),root.comp1.ht.chf1.intBnd(root.comp1.ht.rho*root.comp1.ht.Cp*root.comp1.T*(root.comp1.ht.ur*root.comp1.ht.nr+root.comp1.ht.uphi*root.comp1.ht.nphi+root.comp1.ht.uz*root.comp1.ht.nz))/root.comp1.ht.chf1.intBnd(root.comp1.ht.rho*root.comp1.ht.Cp*(root.comp1.ht.ur*root.comp1.ht.nr+root.comp1.ht.uphi*root.comp1.ht.nphi+root.comp1.ht.uz*root.comp1.ht.nz)))" description="Weighted average temperature"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr21">
      <value tag="iexpr21" derivedFrom="//@physics/@physints[key='ht']/@value/@feature/@features[key='solid1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 21" entityComments="" entityAuthor="" entityCreationTime="1407320340726">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340726" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,2" dim="2" hDim="2"/>
        <expressions key="krr">
          <value tag="krr" expression="50[W/(m*K)]*(root.comp1.ht.F11^2+root.comp1.ht.F31^2)*root.comp1.ht.detInvF" description="Thermal conductivity, rr component"/>
        </expressions>
        <expressions key="kphir">
          <value tag="kphir" description="Thermal conductivity, phir component"/>
        </expressions>
        <expressions key="kzr">
          <value tag="kzr" expression="50[W/(m*K)]*(root.comp1.ht.F13*root.comp1.ht.F11+root.comp1.ht.F33*root.comp1.ht.F31)*root.comp1.ht.detInvF" description="Thermal conductivity, zr component"/>
        </expressions>
        <expressions key="krphi">
          <value tag="krphi" description="Thermal conductivity, rphi component"/>
        </expressions>
        <expressions key="kphiphi">
          <value tag="kphiphi" description="Thermal conductivity, phiphi component"/>
        </expressions>
        <expressions key="kzphi">
          <value tag="kzphi" description="Thermal conductivity, zphi component"/>
        </expressions>
        <expressions key="krz">
          <value tag="krz" expression="50[W/(m*K)]*(root.comp1.ht.F11*root.comp1.ht.F13+root.comp1.ht.F31*root.comp1.ht.F33)*root.comp1.ht.detInvF" description="Thermal conductivity, rz component"/>
        </expressions>
        <expressions key="kphiz">
          <value tag="kphiz" description="Thermal conductivity, phiz component"/>
        </expressions>
        <expressions key="kzz">
          <value tag="kzz" expression="50[W/(m*K)]*(root.comp1.ht.F13^2+root.comp1.ht.F33^2)*root.comp1.ht.detInvF" description="Thermal conductivity, zz component"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="9000[kg/m^3]*root.comp1.ht.detInvF" description="Density"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="150[J/(kg*K)]" description="Heat capacity at constant pressure"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr22">
      <value tag="iexpr22" derivedFrom="//@physics/@physints[key='ht']/@value/@feature/@features[key='solid1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 22" entityComments="" entityAuthor="" entityCreationTime="1407320340726">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340726" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1" dim="2" hDim="2"/>
        <expressions key="krr">
          <value tag="krr" expression="(root.comp1.ht.F11^2+root.comp1.ht.F31^2)*root.comp1.ht.detInvF" description="Thermal conductivity, rr component"/>
        </expressions>
        <expressions key="kphir">
          <value tag="kphir" description="Thermal conductivity, phir component"/>
        </expressions>
        <expressions key="kzr">
          <value tag="kzr" expression="(root.comp1.ht.F13*root.comp1.ht.F11+root.comp1.ht.F33*root.comp1.ht.F31)*root.comp1.ht.detInvF" description="Thermal conductivity, zr component"/>
        </expressions>
        <expressions key="krphi">
          <value tag="krphi" description="Thermal conductivity, rphi component"/>
        </expressions>
        <expressions key="kphiphi">
          <value tag="kphiphi" description="Thermal conductivity, phiphi component"/>
        </expressions>
        <expressions key="kzphi">
          <value tag="kzphi" description="Thermal conductivity, zphi component"/>
        </expressions>
        <expressions key="krz">
          <value tag="krz" expression="(root.comp1.ht.F11*root.comp1.ht.F13+root.comp1.ht.F31*root.comp1.ht.F33)*root.comp1.ht.detInvF" description="Thermal conductivity, rz component"/>
        </expressions>
        <expressions key="kphiz">
          <value tag="kphiz" description="Thermal conductivity, phiz component"/>
        </expressions>
        <expressions key="kzz">
          <value tag="kzz" expression="(root.comp1.ht.F13^2+root.comp1.ht.F33^2)*root.comp1.ht.detInvF" description="Thermal conductivity, zz component"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="2.52[g/cm^3]*root.comp1.ht.detInvF" description="Density"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="720" description="Heat capacity at constant pressure"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr23">
      <value tag="iexpr23" derivedFrom="//@physics/@physints[key='ht']/@value/@feature/@features[key='solid1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 23" entityComments="" entityAuthor="" entityCreationTime="1407320340741">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340741" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,5,6,7" dim="1" hDim="1"/>
        <expressions key="chflux">
          <value tag="chflux" expression="-root.comp1.ht.chf1.h*(root.comp1.ht.chf1.Text-root.comp1.T)" description="Boundary convective heat flux"/>
        </expressions>
        <expressions key="chf1.h">
          <value tag="chf1.h" expression="10" description="Heat transfer coefficient"/>
        </expressions>
        <expressions key="chf1.Text">
          <value tag="chf1.Text" expression="293.15[K]" description="External temperature"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr24">
      <value tag="iexpr24" derivedFrom="//@physics/@physints[key='ht']/@value/@feature/@features[key='solid1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 24" entityComments="" entityAuthor="" entityCreationTime="1407320340741">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340741" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,2,4" dim="1" hDim="1"/>
        <expressions key="chflux">
          <value tag="chflux" description="Boundary convective heat flux"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr25">
      <value tag="iexpr25" derivedFrom="//@physics/@physints[key='ht']/@value/@feature/@features[key='solid1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 25" entityComments="" entityAuthor="" entityCreationTime="1407320340741">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340741" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="7,4,5,6" dim="0" hDim="0"/>
        <expressions key="Qltot">
          <value tag="Qltot" description="Total line heat source"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr26">
      <value tag="iexpr26" derivedFrom="//@multiphysics/@features[key='te1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 26" entityComments="" entityAuthor="" entityCreationTime="1407320340757">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340757" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1,2" dim="2" hDim="2"/>
        <expressions key="solid.Tdiff">
          <value tag="solid.Tdiff" expression="root.comp1.T-root.comp1.te1.Tref" description="Temperature difference"/>
        </expressions>
        <expressions key="solid.eth11">
          <value tag="solid.eth11" expression="root.comp1.te1.alpha11*root.comp1.solid.Tdiff" description="Thermal strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="solid.eth12">
          <value tag="solid.eth12" description="Thermal strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="solid.eth13">
          <value tag="solid.eth13" description="Thermal strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="solid.eth22">
          <value tag="solid.eth22" expression="root.comp1.te1.alpha22*root.comp1.solid.Tdiff" description="Thermal strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="solid.eth23">
          <value tag="solid.eth23" description="Thermal strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="solid.eth33">
          <value tag="solid.eth33" expression="root.comp1.te1.alpha33*root.comp1.solid.Tdiff" description="Thermal strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="solid.Fth11">
          <value tag="solid.Fth11" expression="1+(root.comp1.te1.alpha11+root.comp1.te1.alpha22+root.comp1.te1.alpha33)*root.comp1.solid.Tdiff/3" description="Thermal deformation gradient, 11 component"/>
        </expressions>
        <expressions key="solid.Fth21">
          <value tag="solid.Fth21" description="Thermal deformation gradient, 21 component"/>
        </expressions>
        <expressions key="solid.Fth31">
          <value tag="solid.Fth31" description="Thermal deformation gradient, 31 component"/>
        </expressions>
        <expressions key="solid.Fth12">
          <value tag="solid.Fth12" description="Thermal deformation gradient, 12 component"/>
        </expressions>
        <expressions key="solid.Fth22">
          <value tag="solid.Fth22" expression="1+(root.comp1.te1.alpha11+root.comp1.te1.alpha22+root.comp1.te1.alpha33)*root.comp1.solid.Tdiff/3" description="Thermal deformation gradient, 22 component"/>
        </expressions>
        <expressions key="solid.Fth32">
          <value tag="solid.Fth32" description="Thermal deformation gradient, 32 component"/>
        </expressions>
        <expressions key="solid.Fth13">
          <value tag="solid.Fth13" description="Thermal deformation gradient, 13 component"/>
        </expressions>
        <expressions key="solid.Fth23">
          <value tag="solid.Fth23" description="Thermal deformation gradient, 23 component"/>
        </expressions>
        <expressions key="solid.Fth33">
          <value tag="solid.Fth33" expression="1+(root.comp1.te1.alpha11+root.comp1.te1.alpha22+root.comp1.te1.alpha33)*root.comp1.solid.Tdiff/3" description="Thermal deformation gradient, 33 component"/>
        </expressions>
        <expressions key="solid.Jth">
          <value tag="solid.Jth" expression="(1+(root.comp1.te1.alpha11+root.comp1.te1.alpha22+root.comp1.te1.alpha33)*root.comp1.solid.Tdiff/3)^3" description="Thermal volume ratio"/>
        </expressions>
        <expressions key="ht.Ent">
          <value tag="ht.Ent" expression="root.comp1.solid.sl11*root.comp1.te1.alpha11+root.comp1.solid.sl22*root.comp1.te1.alpha22+root.comp1.solid.sl33*root.comp1.te1.alpha33" description="Elastic contribution to entropy"/>
        </expressions>
        <expressions key="Tref">
          <value tag="Tref" expression="293.15[K]" description="Strain reference temperature"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr27">
      <value tag="iexpr27" derivedFrom="//@multiphysics/@features[key='te1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 27" entityComments="" entityAuthor="" entityCreationTime="1407320340757">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340757" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,2" dim="2" hDim="2"/>
        <expressions key="alpha11">
          <value tag="alpha11" expression="2.1E-5[1/K]" description="Coefficient of thermal expansion, RR component"/>
        </expressions>
        <expressions key="alpha21">
          <value tag="alpha21" description="Coefficient of thermal expansion, PHIR component"/>
        </expressions>
        <expressions key="alpha31">
          <value tag="alpha31" description="Coefficient of thermal expansion, ZR component"/>
        </expressions>
        <expressions key="alpha12">
          <value tag="alpha12" description="Coefficient of thermal expansion, RPHI component"/>
        </expressions>
        <expressions key="alpha22">
          <value tag="alpha22" expression="2.1E-5[1/K]" description="Coefficient of thermal expansion, PHIPHI component"/>
        </expressions>
        <expressions key="alpha32">
          <value tag="alpha32" description="Coefficient of thermal expansion, ZPHI component"/>
        </expressions>
        <expressions key="alpha13">
          <value tag="alpha13" description="Coefficient of thermal expansion, RZ component"/>
        </expressions>
        <expressions key="alpha23">
          <value tag="alpha23" description="Coefficient of thermal expansion, PHIZ component"/>
        </expressions>
        <expressions key="alpha33">
          <value tag="alpha33" expression="2.1E-5[1/K]" description="Coefficient of thermal expansion, ZZ component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr28">
      <value tag="iexpr28" derivedFrom="//@multiphysics/@features[key='te1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 28" entityComments="" entityAuthor="" entityCreationTime="1407320340757">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340757" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,1" dim="2" hDim="2"/>
        <expressions key="alpha11">
          <value tag="alpha11" expression="9.1E-6" description="Coefficient of thermal expansion, RR component"/>
        </expressions>
        <expressions key="alpha21">
          <value tag="alpha21" description="Coefficient of thermal expansion, PHIR component"/>
        </expressions>
        <expressions key="alpha31">
          <value tag="alpha31" description="Coefficient of thermal expansion, ZR component"/>
        </expressions>
        <expressions key="alpha12">
          <value tag="alpha12" description="Coefficient of thermal expansion, RPHI component"/>
        </expressions>
        <expressions key="alpha22">
          <value tag="alpha22" expression="9.1E-6" description="Coefficient of thermal expansion, PHIPHI component"/>
        </expressions>
        <expressions key="alpha32">
          <value tag="alpha32" description="Coefficient of thermal expansion, ZPHI component"/>
        </expressions>
        <expressions key="alpha13">
          <value tag="alpha13" description="Coefficient of thermal expansion, RZ component"/>
        </expressions>
        <expressions key="alpha23">
          <value tag="alpha23" description="Coefficient of thermal expansion, PHIZ component"/>
        </expressions>
        <expressions key="alpha33">
          <value tag="alpha33" expression="9.1E-6" description="Coefficient of thermal expansion, ZZ component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr29">
      <value tag="iexpr29" derivedFrom="//@multiphysics/@features[key='tc1']/@value" entityName="Variables 29" entityComments="" entityAuthor="" entityCreationTime="1407320340757">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340757" selType="global"/>
        <expressions key="T">
          <value tag="T" expression="root.comp1.T" description="Temperature"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr30">
      <value tag="iexpr30" derivedFrom="//@coordsys/@features[key='sys1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 30" entityComments="" entityAuthor="" entityCreationTime="1407320340757">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340757" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="8,1,2,3,4,5,6,7" dim="1" hDim="1"/>
        <expressions key="Tdef11">
          <value tag="Tdef11" expression="-root.nz/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tdef21">
          <value tag="Tdef21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tdef31">
          <value tag="Tdef31" expression="root.nr" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tdef12">
          <value tag="Tdef12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tdef22">
          <value tag="Tdef22" expression="-1/sqrt(1+eps)" 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" expression="root.nr/sqrt(1+eps)" 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="root.nz" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTdef11">
          <value tag="invTdef11" expression="root.comp1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTdef21">
          <value tag="invTdef21" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTdef31">
          <value tag="invTdef31" expression="root.comp1.sys1.Tdef13" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTdef12">
          <value tag="invTdef12" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTdef22">
          <value tag="invTdef22" expression="root.comp1.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" expression="root.comp1.sys1.Tdef31" 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.comp1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tref11">
          <value tag="Tref11" expression="-root.nZ/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tref21">
          <value tag="Tref21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tref31">
          <value tag="Tref31" expression="root.nR" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tref12">
          <value tag="Tref12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tref22">
          <value tag="Tref22" expression="-1/sqrt(1+eps)" 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" expression="root.nR/sqrt(1+eps)" 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="root.nZ" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTref11">
          <value tag="invTref11" expression="root.comp1.sys1.Tref11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTref21">
          <value tag="invTref21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTref31">
          <value tag="invTref31" expression="root.comp1.sys1.Tref13" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTref12">
          <value tag="invTref12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTref22">
          <value tag="invTref22" expression="root.comp1.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" expression="root.comp1.sys1.Tref31" 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.comp1.sys1.Tref33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tgeom11">
          <value tag="Tgeom11" expression="-root.nZ/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tgeom21">
          <value tag="Tgeom21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tgeom31">
          <value tag="Tgeom31" expression="root.nR" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tgeom12">
          <value tag="Tgeom12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tgeom22">
          <value tag="Tgeom22" expression="-1/sqrt(1+eps)" 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" expression="root.nR/sqrt(1+eps)" 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="root.nZ" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTgeom11">
          <value tag="invTgeom11" expression="root.comp1.sys1.Tgeom11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTgeom21">
          <value tag="invTgeom21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTgeom31">
          <value tag="invTgeom31" expression="root.comp1.sys1.Tgeom13" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTgeom12">
          <value tag="invTgeom12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTgeom22">
          <value tag="invTgeom22" expression="root.comp1.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" expression="root.comp1.sys1.Tgeom31" 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.comp1.sys1.Tgeom33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="T11">
          <value tag="T11" expression="root.comp1.sys1.Tdef11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="T21">
          <value tag="T21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="T31">
          <value tag="T31" expression="root.comp1.sys1.Tdef31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="T12">
          <value tag="T12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="T22">
          <value tag="T22" expression="root.comp1.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" expression="root.comp1.sys1.Tdef13" 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.comp1.sys1.Tdef33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invT11">
          <value tag="invT11" expression="root.comp1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invT21">
          <value tag="invT21" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invT31">
          <value tag="invT31" expression="root.comp1.sys1.Tdef13" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invT12">
          <value tag="invT12" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invT22">
          <value tag="invT22" expression="root.comp1.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" expression="root.comp1.sys1.Tdef31" 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.comp1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="e_t11">
          <value tag="e_t11" expression="root.comp1.sys1.Tdef11" description="Base vector (sys1) t1, r component"/>
        </expressions>
        <expressions key="e_t12">
          <value tag="e_t12" description="Base vector (sys1) t1, phi component"/>
        </expressions>
        <expressions key="e_t13">
          <value tag="e_t13" expression="root.comp1.sys1.Tdef13" description="Base vector (sys1) t1, z component"/>
        </expressions>
        <expressions key="e_to1">
          <value tag="e_to1" description="Base vector (sys1) to, r component"/>
        </expressions>
        <expressions key="e_to2">
          <value tag="e_to2" expression="root.comp1.sys1.Tdef22" description="Base vector (sys1) to, phi component"/>
        </expressions>
        <expressions key="e_to3">
          <value tag="e_to3" description="Base vector (sys1) to, z component"/>
        </expressions>
        <expressions key="e_n1">
          <value tag="e_n1" expression="root.comp1.sys1.Tdef31" description="Base vector (sys1) n, r component"/>
        </expressions>
        <expressions key="e_n2">
          <value tag="e_n2" description="Base vector (sys1) n, phi component"/>
        </expressions>
        <expressions key="e_n3">
          <value tag="e_n3" expression="root.comp1.sys1.Tdef33" description="Base vector (sys1) n, 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 from 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="iexpr31">
      <value tag="iexpr31" derivedFrom="//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 31" entityComments="" entityAuthor="" entityCreationTime="1407320340772">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340772" selType="global"/>
        <expressions key="sigma11">
          <value tag="sigma11" expression="6670000[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="6670000[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="6670000[S/m]"/>
        </expressions>
        <expressions key="alpha11">
          <value tag="alpha11" expression="2.1E-5[1/K]"/>
        </expressions>
        <expressions key="alpha21">
          <value tag="alpha21"/>
        </expressions>
        <expressions key="alpha31">
          <value tag="alpha31"/>
        </expressions>
        <expressions key="alpha12">
          <value tag="alpha12"/>
        </expressions>
        <expressions key="alpha22">
          <value tag="alpha22" expression="2.1E-5[1/K]"/>
        </expressions>
        <expressions key="alpha32">
          <value tag="alpha32"/>
        </expressions>
        <expressions key="alpha13">
          <value tag="alpha13"/>
        </expressions>
        <expressions key="alpha23">
          <value tag="alpha23"/>
        </expressions>
        <expressions key="alpha33">
          <value tag="alpha33" expression="2.1E-5[1/K]"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="150[J/(kg*K)]"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="9000[kg/m^3]"/>
        </expressions>
        <expressions key="k11">
          <value tag="k11" expression="50[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="50[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="50[W/(m*K)]"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr32">
      <value tag="iexpr32" derivedFrom="//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Variables 32" entityComments="" entityAuthor="" entityCreationTime="1407320340772">
        <tags tag="Analysis" values="1,'std1/time'"/>
        <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407320340772" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="3,2" dim="2" hDim="2"/>
        <expressions key="material.sigma11">
          <value tag="material.sigma11" expression="6670000[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="6670000[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="6670000[S/m]"/>
        </expressions>
        <expressions key="material.alpha11">
          <value tag="material.alpha11" expression="2.1E-5[1/K]"/>
        </expressions>
        <expressions key="material.alpha21">
          <value tag="material.alpha21"/>
        </expressions>
        <expressions key="material.alpha31">
          <value tag="material.alpha31"/>
        </expressions>
        <expressions key="material.alpha12">
          <value tag="material.alpha12"/>
        </expressions>
        <expressions key="material.alpha22">
          <value tag="material.alpha22" expression="2.1E-5[1/K]"/>
        </expressions>
        <expressions key="material.alpha32">
          <value tag="material.alpha32"/>
        </expressions>
        <expressions key="material.alpha13">
          <value tag="material.alpha13"/>
        </expressions>
        <expressions key="material.alpha23">
          <value tag="material.alpha23"/>
        </expressions>
        <expressions key="material.alpha33">
          <value tag="material.alpha33" expression="2.1E-5[1/K]"/>
        </expressions>
        <expressions key="material.Cp">
          <value tag="material.Cp" expression="150[J/(kg*K)]"/>
        </expressions>
        <expressions key="material.rho">
          <value tag="material.rho" expression="9000[kg/m^3]"/>
        </expressions>
        <expressions key="material.k11">
          <value tag="material.k11" expression="50[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>
        <expressions key="material.k22">
          <value tag="material.k22" expression="50[W/(m*K)]"/>
        </expressions>
        <expressions key="material.k32">
          <value tag="material.k32"/>
        </expressions>
        <expressions key="material.k13">
          <value tag="material.k13"/>
        </expressions>
        <expressions key="material.k23">
          <value tag="material.k23"/>
        </expressions>
        <expressions key="material.k33">
          <value tag="material.k33" expression="50[W/(m*K)]"/>
        </expressions>
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                <value tag="refpnt" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
            </value>
          </props>
          <props key="cref">
            <value tag="cref" applmode="//@physics/@physints[key='solid']/@value">
              <param key="cref">
                <value tag="cref" value="1|1,'solid.cp'"/>
              </param>
            </value>
          </props>
          <props key="type">
            <value tag="type" applmode="//@physics/@physints[key='solid']/@value"/>
          </props>
          <props key="SmeApplModeID">
            <value tag="SmeApplModeID" applmode="//@physics/@physints[key='solid']/@value">
              <param key="SmeApplModeID">
                <value tag="SmeApplModeID" value="1|1,'SolidMechanics'"/>
              </param>
            </value>
          </props>
          <props key="AddMixedFormPressure">
            <value tag="AddMixedFormPressure" applmode="//@physics/@physints[key='solid']/@value">
              <param key="AddMixedFormPressure">
                <value tag="AddMixedFormPressure" value="1|1,'0'"/>
              </param>
            </value>
          </props>
          <props key="EquationType">
            <value tag="EquationType" applmode="//@physics/@physints[key='solid']/@value">
              <param key="EquationType">
                <value tag="EquationType" value="1|1,'smetffs'"/>
              </param>
            </value>
          </props>
          <props key="Equations">
            <value tag="Equations" applmode="//@physics/@physints[key='solid']/@value"/>
          </props>
          <props key="StudyStep">
            <value tag="StudyStep" applmode="//@physics/@physints[key='solid']/@value">
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/time'"/>
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          </props>
        </prop>
        <field model="/">
          <fields key="displacement">
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              <entityFlags>norename</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
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              <param key="SolidModel">
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              <param key="AdvMatRes">
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                <value tag="ForceLinearStrainRes" value="1|1,'0'"/>
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              <param key="IncludeGeometricNonlinearity">
                <value tag="IncludeGeometricNonlinearity" value="1|1,'1'"/>
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              <param key="AnisotropicLossOrder">
                <value tag="AnisotropicLossOrder" value="1|1,'AnisotropicStd'"/>
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              <param key="NearlyIncompressible">
                <value tag="NearlyIncompressible" value="1|1,'0'"/>
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              <param key="IsotropicOption">
                <value tag="IsotropicOption" value="1|1,'Enu'"/>
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                <value tag="CalculateDissipatedEnergy" value="1|1,'0'"/>
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              <param key="OrthotropicOption">
                <value tag="OrthotropicOption" value="1|1,'OrthotropicStd'"/>
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                <value tag="AnisotropicOption" value="1|1,'AnisotropicStd'"/>
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                <value tag="E_mat" value="1|1,'from_mat'"/>
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                <value tag="K_mat" value="1|1,'from_mat'"/>
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                <value tag="K" value="1|1,'0'"/>
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              <param key="lambLame_mat">
                <value tag="lambLame_mat" value="1|1,'from_mat'"/>
              </param>
              <param key="lambLame">
                <value tag="lambLame" value="1|1,'0'"/>
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                <value tag="Evector" value="3|1,'0'|1,'0'|1,'0'"/>
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                <value tag="nuvector_mat" value="1|1,'from_mat'"/>
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                <value tag="nuvector" value="3|1,'0'|1,'0'|1,'0'"/>
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                <value tag="Gvector" value="3|1,'0'|1,'0'|1,'0'"/>
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                <value tag="GvectorVo_mat" value="1|1,'from_mat'"/>
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                <value tag="GvectorVo" value="3|1,'0'|1,'0'|1,'0'"/>
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                <value tag="D_mat" value="1|1,'from_mat'"/>
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                <value tag="DVo_mat" value="1|1,'from_mat'"/>
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                <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'"/>
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                <value tag="rho_mat" value="1|1,'from_mat'"/>
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                <value tag="rho" value="1|1,'0'"/>
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                <value tag="coordinateSystem" value="1|1,'GlobalSystem'"/>
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                <value tag="minput_temperature_src" value="1|1,'userdef'"/>
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                <value tag="minput_temperature" value="1|1,'293.15[K]'"/>
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              <param key="minput_pressure_src">
                <value tag="minput_pressure_src" value="1|1,'userdef'"/>
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              <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'"/>
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              <param key="minput_magneticfluxdensity_src">
                <value tag="minput_magneticfluxdensity_src" value="1|1,'userdef'"/>
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              <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'"/>
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              <param key="minput_velocity">
                <value tag="minput_velocity" value="3|1,'0'|1,'0'|1,'0'"/>
              </param>
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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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              <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_effectiveplasticstrain_src">
                <value tag="minput_effectiveplasticstrain_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_effectiveplasticstrain">
                <value tag="minput_effectiveplasticstrain" value="1|1,'0'"/>
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              <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,'293.15[K]'"/>
              </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="minput_currentdensity_src">
                <value tag="minput_currentdensity_src" value="1|1,'userdef'"/>
              </param>
              <param key="minput_currentdensity">
                <value tag="minput_currentdensity" value="3|1,'0'|1,'0'|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,'0'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='solid']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1407312115450">
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                    <entityFlags>nodeactivate</entityFlags>
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          </features>
          <features key="axi1">
            <value tag="axi1" entityName="Axial Symmetry 1" entityComments="" entityAuthor="" entityCreationTime="1407312115465" applfeatureID="AxialSymmetrySolid" applmode="//@physics/@physints[key='solid']/@value" edim="1" default="true">
              <tags tag="DomainType" values="1,'SYMMETRYAXIS'"/>
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407312115465" 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,'0'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='solid']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1407312115465">
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                    <entityFlags>nodeactivate</entityFlags>
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              </featureInfo>
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          <features key="axi2">
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              <tags tag="DomainType" values="1,'SYMMETRYAXIS'"/>
              <entityFlags>autodeactivate</entityFlags>
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407312115465" 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,'0'"/>
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              <feature model="/" appl="//@physics/@physints[key='solid']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1407312115465">
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                    <entityFlags>nodeactivate</entityFlags>
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          </features>
          <features key="free1">
            <value tag="free1" entityName="Free 1" entityComments="" entityAuthor="" entityCreationTime="1407312115465" applfeatureID="Free" applmode="//@physics/@physints[key='solid']/@value" edim="1" default="true">
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              <entityFlags>nodeactivate</entityFlags>
              <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407312115465" 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,'0'"/>
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              <feature model="/" appl="//@physics/@physints[key='solid']/@value"/>
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                <objects key="info">
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                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
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          <features key="init1">
            <value tag="init1" entityName="Initial Values 1" entityComments="" entityAuthor="" entityCreationTime="1407312115465" applfeatureID="init" applmode="//@physics/@physints[key='solid']/@value" edim="2" default="true">
              <tags tag="DomainType" values="1,'GEOMETRY'"/>
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
              <selection xsi:type="com.comsol.mph-v14:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407312115465" selType="geomdim" locked="true" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="2" hDim="2"/>
              <param key="u">
                <value tag="u" value="3|1,'0'|1,'0'|1,'0'"/>
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              <param key="du/dt">
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              <param key="coordinateSystem">
                <value tag="coordinateSystem" value="1|1,'GlobalSystem'"/>
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                <value tag="StudyStep" value="1|1,'0'"/>
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          <features key="roll1">
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              <tags tag="DomainType" values="3,'EXTERIOR','INTERIOR','PAIR'"/>
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              <param key="constraintType">
                <value tag="constraintType" value="1|1,'symmetricConstraint'"/>
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              <param key="weakConstraints">
                <value tag="weakConstraints" value="1|1,'0'"/>
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                <value tag="constraintGroup" value="1|1,'default'"/>
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                <value tag="StudyStep" value="1|1,'std1/time'"/>
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              <feature model="/" appl="//@physics/@physints[key='solid']/@value"/>
              <featureInfo model="/">
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              <entityFlags>nodeactivate</entityFlags>
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    </physints>
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      <value tag="ht" entityName="Heat Transfer in Solids" entityComments="" entityAuthor="" entityCreationTime="1407312118242" applmodeID="HeatTransfer" geom="//@geom/@geoms[key='geom1']/@value" applmodeIDs="0" identifier="ht">
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          <props key="ShapeProperty">
            <value tag="ShapeProperty" applmode="//@physics/@physints[key='ht']/@value">
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                <value tag="hiddenRowLabels" value="1|1,'Temperature'"/>
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                <value tag="valueType" value="1|1,'real'"/>
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            <value tag="EquationForm" applmode="//@physics/@physints[key='ht']/@value">
              <param key="form">
                <value tag="form" value="1|1,'Automatic'"/>
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                <value tag="freq_src" value="1|1,'fromSolver'"/>
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                <value tag="freq" value="1|1,'1[kHz]'"/>
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          <props key="equationDisplayHTSolids">
            <value tag="equationDisplayHTSolids" applmode="//@physics/@physints[key='ht']/@value"/>
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            <value tag="PhysicalModel" applmode="//@physics/@physints[key='ht']/@value">
              <param key="SurfaceToSurfaceRadiation">
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              <param key="RadiationInParticipatingMedia">
                <value tag="RadiationInParticipatingMedia" value="1|1,'0'"/>
              </param>
              <param key="HeatTransferInBiologicalTissue">
                <value tag="HeatTransferInBiologicalTissue" value="1|1,'0'"/>
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              <param key="HeatTransferInPorousMedia">
                <value tag="HeatTransferInPorousMedia" value="1|1,'0'"/>
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                <value tag="PorousMatrixModelType" value="1|1,'Standard'"/>
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                <value tag="isStandalone" value="1|1,'0'"/>
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                <value tag="heatStreamlineDiffusion" value="1|1,'1'"/>
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                <value tag="heatCrosswindDiffusion" value="1|1,'1'"/>
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                <value tag="glim" value="1|1,'(0.01[K])/ht.helem'"/>
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                <value tag="StreamlineDiffusionOldForm" value="1|1,'0'"/>
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          <props key="HeatInconsistentStabilization">
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              <param key="HeatIsotropicDiffusion">
                <value tag="HeatIsotropicDiffusion" value="1|1,'0'"/>
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                <value tag="delidht" value="1|1,'0.25'"/>
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            <value tag="DamageIntegralAnalysisDiscretization" applmode="//@physics/@physints[key='ht']/@value">
              <param key="DamagedTissueShapeFunction">
                <value tag="DamagedTissueShapeFunction" value="1|1,'DiscontinuousLagrange'"/>
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                <value tag="OrderDisc" value="1|1,'0'"/>
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                <value tag="OrderCont" value="1|1,'1'"/>
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            <value tag="RadiationProperty" applmode="//@physics/@physints[key='ht']/@value">
              <param key="nS2S">
                <value tag="nS2S" value="1|1,'1'"/>
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              <param key="RadiationMethod">
                <value tag="RadiationMethod" value="1|1,'hemicube'"/>
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                <value tag="RadiationIntegrationOrder" value="1|1,'4'"/>
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              <param key="RadiationResolution">
                <value tag="RadiationResolution" value="1|1,'256'"/>
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                <value tag="RadiationSectors" value="1|1,'128'"/>
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                <value tag="WavelengthDependenceOfEmissivity" value="1|1,'Constant'"/>
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                <value tag="numberOfWavelengthBands" value="1|1,'2'"/>
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                <value tag="lambda1" value="1|1,'2.5[um]'"/>
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                <value tag="lambda2" value="1|1,'2.5[um]'"/>
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                <value tag="lambda4" value="1|1,'50[um]'"/>
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                <value tag="fieldName" value="1|1,'#'"/>
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                <value tag="RadiationDiscretizationMethod" value="1|1,'P1Approximation'"/>
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            <value tag="StudyStep" applmode="//@physics/@physints[key='ht']/@value">
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                            <elems key="2">
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                            </elems>
                            <elems key="3">
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                            </elems>
                            <elems key="4">
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                            </elems>
                            <elems key="5">
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    <elems key="pric2">
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            <value tag="sdim" type="array">
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                <elems key="1">
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                <elems key="2">
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                <elems key="3">
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                            <elems key="3">
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    <actions>t(s(&quot;//@modelNode&quot;)) m(s(&quot;create&quot;)) s(&quot;comp1&quot;) o(s(&quot;//@modelNode/@modelNodes[key='comp1']/@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;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;axisymmetric&quot;)) b(true) 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;solid&quot;) s(&quot;SolidMechanics&quot;) s(&quot;geom1&quot;) o(s(&quot;//@physics/@physints[key='solid']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='solid']/@value/@prop/@props[key='StructuralTransientBehavior']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;StructuralTransientBehavior&quot;) s(&quot;Quasistatic&quot;) o(s(&quot;//@physics/@physints[key='solid']/@value/@prop/@props[key='StructuralTransientBehavior']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics&quot;)) m(s(&quot;create&quot;)) s(&quot;ht&quot;) s(&quot;HeatTransfer&quot;) s(&quot;geom1&quot;) o(s(&quot;//@physics/@physints[key='ht']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='ht']/@value/@prop/@props[key='ShapeProperty']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;order_temperature&quot;) s(&quot;1&quot;) o(s(&quot;//@physics/@physints[key='ht']/@value/@prop/@props[key='ShapeProperty']/@value&quot;))</actions>
    <actions>t(s(&quot;//@multiphysics&quot;)) m(s(&quot;create&quot;)) s(&quot;te1&quot;) s(&quot;ThermalExpansion&quot;) s(&quot;geom1&quot;) i(2) o(s(&quot;//@multiphysics/@features[key='te1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@multiphysics/@features[key='te1']/@value/@selection&quot;)) m(s(&quot;all&quot;)) o(s(&quot;//@multiphysics/@features[key='te1']/@value/@selection&quot;))</actions>
    <actions>t(s(&quot;//@multiphysics/@features[key='te1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;Heat_physics&quot;) s(&quot;ht&quot;) o(s(&quot;//@multiphysics/@features[key='te1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@multiphysics/@features[key='te1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;Solid_physics&quot;) s(&quot;solid&quot;) o(s(&quot;//@multiphysics/@features[key='te1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@multiphysics&quot;)) m(s(&quot;create&quot;)) s(&quot;tc1&quot;) s(&quot;TemperatureCoupling&quot;) s(&quot;geom1&quot;) o(s(&quot;//@multiphysics/@features[key='tc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@multiphysics/@features[key='tc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;TemperatureSource_physics&quot;) s(&quot;ht&quot;) o(s(&quot;//@multiphysics/@features[key='tc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@multiphysics/@features[key='tc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;TemperatureDestination_physics&quot;) s(&quot;solid&quot;) o(s(&quot;//@multiphysics/@features[key='tc1']/@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;solid&quot;) b(true) 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;ht&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;mm&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;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;r_d&quot;) s(&quot;0.5[mm]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;r_d&quot;) s(&quot;Radius of the solder drop&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;r_p&quot;) s(&quot;8[mm]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;r_p&quot;) s(&quot;Radius of the glas plate&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;h_p&quot;) s(&quot;1[mm]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;h_p&quot;) s(&quot;Heigth of the glas plate&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;T_0&quot;) s(&quot;493.15[K]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;T_0&quot;) s(&quot;Starting temperature of the solder drop&quot;) o(s(&quot;//@param&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;r_p&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;h_p&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;runPre&quot;)) s(&quot;fin&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;r_d&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;angle&quot;) s(&quot;90&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;setIndex&quot;)) s(&quot;pos&quot;) s(&quot;h_p&quot;) i(1) 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;runPre&quot;)) s(&quot;fin&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;Solder, 60Sn-40Pb&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;custom&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;lighting&quot;) s(&quot;cooktorrance&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;specular&quot;) s(&quot;custom&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;customspecular&quot;) da(0.7843137254901961,1.0,1.0) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;roughness&quot;) d(0.1) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftri1']/@value/@feature/@features[key='cr1']/@value/@properties[key='boundary']/@value/@selection&quot;)) m(s(&quot;set&quot;)) ia(5,7) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftri1']/@value/@feature/@features[key='cr1']/@value/@properties[key='boundary']/@value/@selection&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftri1']/@value/@feature/@features[key='cr1']/@value/@properties[key='boundary']/@value/@selection&quot;)) m(s(&quot;set&quot;)) ia(4,5,7) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftri1']/@value/@feature/@features[key='cr1']/@value/@properties[key='boundary']/@value/@selection&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;)) s(&quot;ftri1&quot;)</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftri1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;cr1&quot;)</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;ref1&quot;) s(&quot;Refine&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;numrefine&quot;) s(&quot;3&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;boxcoord&quot;) s(&quot;on&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;xmin&quot;) s(&quot;0.45&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;xmax&quot;) s(&quot;0.55&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;ymin&quot;) s(&quot;0.95&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;ymax&quot;) s(&quot;1.05&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;boxcoord&quot;) s(&quot;off&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;boxcoord&quot;) s(&quot;on&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='size']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;hcurve&quot;) s(&quot;0.05&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='size']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='size']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;hgrad&quot;) s(&quot;1.3&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='size']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;numrefine&quot;) s(&quot;4&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='size']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;hgrad&quot;) s(&quot;1.2&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='size']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='size']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;hgrad&quot;) s(&quot;1.1&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='size']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@sol&quot;)) m(s(&quot;create&quot;)) s(&quot;sol1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@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='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;v1&quot;) s(&quot;Variables&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;scalemethod&quot;) s(&quot;manual&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;scaleval&quot;) s(&quot;1e-2*0.008139410298049854&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@shape/@shapes[key='shape1']/@value&quot;)) m(s(&quot;feature&quot;)) s(&quot;shfun1&quot;) o(s(&quot;//@shape/@shapes[key='shape1']/@value/@feature/@features[key='shfun1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;t1&quot;) s(&quot;Time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;tlist&quot;) s(&quot;range(0,0.1,1)&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plot&quot;) s(&quot;off&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotfreq&quot;) s(&quot;tout&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probesel&quot;) s(&quot;all&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probes&quot;) sa() o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probefreq&quot;) s(&quot;tsteps&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;atolglobalmethod&quot;) s(&quot;scaled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;atolglobal&quot;) d(0.0010) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;maxorder&quot;) i(2) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;seDef&quot;) s(&quot;Segregated&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='seDef']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;jtech&quot;) s(&quot;onevery&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@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='t1']/@value/@feature/@features[key='d1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@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='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;jtech&quot;) s(&quot;onevery&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@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/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;seDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@result&quot;)) m(s(&quot;create&quot;)) s(&quot;pg1&quot;) i(2) o(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;dset1&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;surf1&quot;) s(&quot;Surface&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) sa(s(&quot;solid.mises&quot;)) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;name&quot;)) s(&quot;Stress (solid)&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;def&quot;) s(&quot;Deform&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) sa(s(&quot;u&quot;),s(&quot;w&quot;)) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;descr&quot;) s(&quot;Displacement field (Material)&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@dataset&quot;)) m(s(&quot;create&quot;)) s(&quot;rev1&quot;) s(&quot;Revolve2D&quot;) o(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;dset1&quot;) o(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;revangle&quot;) i(225) o(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;startangle&quot;) i(-90) o(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;hasspacevars&quot;) b(true) o(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result&quot;)) m(s(&quot;create&quot;)) s(&quot;pg2&quot;) i(3) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;rev1&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;surf1&quot;) s(&quot;Surface&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) sa(s(&quot;solid.mises&quot;)) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;name&quot;)) s(&quot;Stress, 3D (solid)&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;def&quot;) s(&quot;Deform&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@table/@features[key='evl3']/@value&quot;)) m(s(&quot;clearTableData&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;pg1&quot;)</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg4']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;pg4&quot;)</actions>
    <actions>t(s(&quot;//@result/@table/@features[key='evl2']/@value&quot;)) m(s(&quot;clearTableData&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;T_0&quot;) s(&quot;293.15[K]&quot;) o(s(&quot;//@param&quot;))</actions>
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    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;ymin&quot;) s(&quot;0.92&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;v1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;st1&quot;)</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@shape/@shapes[key='shape1']/@value&quot;)) m(s(&quot;feature&quot;)) s(&quot;shfun1&quot;) o(s(&quot;//@shape/@shapes[key='shape1']/@value/@feature/@features[key='shfun1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;tlist&quot;) s(&quot;range(0,0.1,1)&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plot&quot;) s(&quot;off&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotgroup&quot;) s(&quot;pg2&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotfreq&quot;) s(&quot;tout&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probesel&quot;) s(&quot;all&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;atolglobalmethod&quot;) s(&quot;scaled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;seDef&quot;) s(&quot;Segregated&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='seDef']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;jtech&quot;) s(&quot;onevery&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;allowtableupdate&quot;) b(false) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;actrevlayers&quot;) i(32) o(s(&quot;//@result/@dataset/@features[key='rev1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;rangeunit&quot;) s(&quot;MPa&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;clearSolution&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;looplevel&quot;) s(&quot;8&quot;) i(0) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;looplevel&quot;) s(&quot;11&quot;) i(0) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;looplevel&quot;) s(&quot;1&quot;) i(0) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;T_0&quot;) s(&quot;493.15[K]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;t1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;v1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;st1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;v1&quot;) s(&quot;Variables&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;scalemethod&quot;) s(&quot;manual&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@shape/@shapes[key='shape1']/@value&quot;)) m(s(&quot;feature&quot;)) s(&quot;shfun1&quot;) o(s(&quot;//@shape/@shapes[key='shape1']/@value/@feature/@features[key='shfun1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;t1&quot;) s(&quot;Time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;tlist&quot;) s(&quot;range(0,0.1,1)&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plot&quot;) s(&quot;off&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotgroup&quot;) s(&quot;pg2&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotfreq&quot;) s(&quot;tout&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probesel&quot;) s(&quot;all&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probes&quot;) sa() o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probefreq&quot;) s(&quot;tsteps&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;atolglobalmethod&quot;) s(&quot;scaled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;atolglobal&quot;) d(0.0010) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;seDef&quot;) s(&quot;Segregated&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='seDef']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;jtech&quot;) s(&quot;onevery&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@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='t1']/@value/@feature/@features[key='d1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@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='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;jtech&quot;) s(&quot;onevery&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@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/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;seDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;T_0&quot;) s(&quot;473.15[K]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='ht']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;tc1&quot;) s(&quot;ThermalContact&quot;) i(1) o(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value/@selection&quot;)) m(s(&quot;set&quot;)) ia(4) o(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value/@selection&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;hgChoiceList&quot;) i(1) s(&quot;PPG&quot;) o(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;hcChoiceList&quot;) i(1) s(&quot;ME&quot;) o(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;EeqChoiceList&quot;) i(1) s(&quot;UserDef&quot;) o(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;EeqChoiceList&quot;) i(1) s(&quot;WHM&quot;) o(s(&quot;//@physics/@physints[key='ht']/@value/@feature/@features[key='tc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='ht']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;tc1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;t1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;v1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;st1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@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='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;v1&quot;) s(&quot;Variables&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;scalemethod&quot;) s(&quot;manual&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;scaleval&quot;) s(&quot;1e-2*0.008139410298049854&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@shape/@shapes[key='shape1']/@value&quot;)) m(s(&quot;feature&quot;)) s(&quot;shfun1&quot;) o(s(&quot;//@shape/@shapes[key='shape1']/@value/@feature/@features[key='shfun1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;t1&quot;) s(&quot;Time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;tlist&quot;) s(&quot;range(0,0.1,1)&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plot&quot;) s(&quot;off&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotgroup&quot;) s(&quot;pg2&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotfreq&quot;) s(&quot;tout&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probesel&quot;) s(&quot;all&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probes&quot;) sa() o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probefreq&quot;) s(&quot;tsteps&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;atolglobalmethod&quot;) s(&quot;scaled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;atolglobal&quot;) d(0.0010) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;seDef&quot;) s(&quot;Segregated&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='seDef']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;jtech&quot;) s(&quot;onevery&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@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='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;jtech&quot;) s(&quot;onevery&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@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>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;xmin&quot;) s(&quot;0.43&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;xmax&quot;) s(&quot;0.57&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ref1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;t1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;v1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;st1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@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='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;v1&quot;) s(&quot;Variables&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;scaleval&quot;) s(&quot;1e-2*0.008139410298049854&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_u']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@shape/@shapes[key='shape1']/@value&quot;)) m(s(&quot;feature&quot;)) s(&quot;shfun1&quot;) o(s(&quot;//@shape/@shapes[key='shape1']/@value/@feature/@features[key='shfun1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;t1&quot;) s(&quot;Time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;tlist&quot;) s(&quot;range(0,0.1,1)&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plot&quot;) s(&quot;off&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotgroup&quot;) s(&quot;pg2&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotfreq&quot;) s(&quot;tout&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probesel&quot;) s(&quot;all&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probes&quot;) sa() o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probefreq&quot;) s(&quot;tsteps&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;atolglobalmethod&quot;) s(&quot;scaled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;atolglobal&quot;) d(0.0010) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;time&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@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='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;jtech&quot;) s(&quot;onevery&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;seDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;)) m(s(&quot;run&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='d1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;linsolver&quot;) s(&quot;pardiso&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='d1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='d1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;linsolver&quot;) s(&quot;mumps&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='t1']/@value/@feature/@features[key='d1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;run&quot;))</actions>
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  <unitsystem model="/"/>
  <coordsys entityName="List" entityComments="" entityAuthor="" entityCreationTime="1407312114935" model="/">
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      <value xsi:type="com.comsol.mph-v14:Coordsys" tag="sys1" entityName="Boundary System 1" entityComments="" entityAuthor="" entityCreationTime="1407312114951" operationID="Boundary" geom="//@geom/@geoms[key='geom1']/@value">
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        <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,'293.15[K]'"/>
        </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="minput_currentdensity_src">
          <value tag="minput_currentdensity_src" value="1|1,'userdef'"/>
        </param>
        <param key="minput_currentdensity">
          <value tag="minput_currentdensity" value="3|1,'0'|1,'0'|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,'0'"/>
        </param>
        <featureInfo model="/">
          <objects key="info">
            <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1407312118476">
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </objects>
        </featureInfo>
        <physicsTags>ht</physicsTags>
        <physicsTags>solid</physicsTags>
      </value>
    </features>
    <features key="tc1">
      <value tag="tc1" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Temperature Coupling 1" entityComments="" entityAuthor="" entityCreationTime="1407312118507" couplingID="TemperatureCoupling" edim="-1" identifier="tc1" geom="//@geom/@geoms[key='geom1']/@value">
        <tags tag="DomainType" values="1,'ACTIVE'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1407312118507" selType="global"/>
        <param key="TemperatureSource_physics">
          <value tag="TemperatureSource_physics" value="1|1,'ht'"/>
        </param>
        <param key="TemperatureDestination_physics">
          <value tag="TemperatureDestination_physics" value="1|1,'solid'"/>
        </param>
        <param key="StudyStep">
          <value tag="StudyStep" value="1|1,'0'"/>
        </param>
        <featureInfo model="/">
          <objects key="info">
            <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1407312118507">
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </objects>
        </featureInfo>
        <physicsTags>ht</physicsTags>
        <physicsTags>solid</physicsTags>
      </value>
    </features>
  </multiphysics>
  <massProp entityName="List" entityComments="" entityAuthor="" entityCreationTime="1407312114436" model="/"/>
</com.comsol.mph-v14:Model>
