COMSOL Conference 2026 Proceedings
Collection of Papers, Posters, and Slideshows Accepted by the Program Committee
At the COMSOL Conference 2026, engineers, researchers, and scientists from around the globe showcased their use of modeling and simulation across all major industries and in academia. Use the Quick Search tool to find a specific presentation or filter by topic or event location.
Electrogenerated chemiluminescence (ECL) bioassay has witnessed remarkable growth in biosensing and diagnostics. The understanding of the reaction mechanism within ECL is important for improving and designing sensitive ECL methods. Herein we developed a sidelong ECL microscopy and finite ... Read More
This paper introduces a multiphysics simulation framework for examining the impact of mechanical vibrations on lithium dendrite formation in lithium-ion batteries. We connected the lithium-ion battery, solid mechanics, and phase field physics interfaces using a custom model in COMSOL ... Read More
Large-aperture precision optical components are widely used in aerospace, micro-nano manufacturing, lithography, and many other fields. Their surface roughness and figure accuracy critically affect the performance of the overall optical system. When using a vertical interferometer for ... Read More
This study investigates the thermal deformation process in Surface Thermal Lensing (STL), a non-destructive technique used to characterize optical materials based on their absorption properties. A fused quartz sample (10mm10mm3.3mm) was modeled with adiabatic free boundaries on the upper ... Read More
To address the challenge of combining high filtration efficiency with thermal insulation, a 3D nanofibrous sponge with curly fibers, hierarchical porosity, and ultralow density was fabricated via electrospinning. The material exhibits excellent filtration performance, low air resistance, ... Read More
宽波段 X 射线望远镜（Wide band X-ray Polarization and imaging Telescope, WXPT）是新一代空间卫星探测项目，其科学目标是通过宽波段X射线观测，揭示黑洞，中子星等致密天体的高能辐射机制和宇宙中的极端物理过程。其预计装配多种类探测器组合探测至 500keV能段，其科学目标是通过宽波段X射线观测，揭示致密天体的高能辐射机制和宇宙中的极端物理过程。超导边沿转变探测器（Transition edge sensor,TES）因其极为优异的能量分辨性能，成为WXTP项目在3-60keV能段探测的有力竞争者 ... Read More
互层岩体台阶爆破中力学差异性较大的岩层影响了炸药能量的均匀分布,为了快速确定影响爆破效果的主控岩层的位置及台阶整体炸药单耗,采用数值分析的方式探讨了主控岩层对炸药能量分布特征的影响规律,实验结果表明:采用连续装药结构时力学差异性较大的夹层处质点运动速度更为集中,而间隔装药可改善台阶内速度场的分布均匀程度;由最小抵抗线原理分析发现主控岩层的厚度和力学性质是影响炸药能量传递方向的主要因素;在此基础上结合波阻抗原理,构建了考虑台阶岩体整体力学特性及各岩层局部工程特征的能耗分级体系,通过现场测试取得了良好的应用效果,验证了该方法的可行性 ... Read More
本研究聚焦于混沌流与电磁热耦合机制及其在厘米级流体系统中的协同增效作用，通过COMSOL Multiphysics平台构建了介尺度C型混沌流微波加热系统的多物理场耦合模型。研究采用数值模拟重点探究C型周期性几何结构参数（周期间距Ld、通道截面纵横比W/H）对层流混合效率与电磁传热性能的影响规律。通过参数化建模实现了流体动力学、电磁场及传热场的双向耦合计算，系统揭示了混沌对流扰动与微波非均匀加热的互馈机制。 模拟结果表明：C型混沌流道通过周期性流向反转产生拉伸折叠效应，在Ld=20-30 mm范围内可实现最优混合指数（较传统结构提升42%），通过协同优化Ld=25±5 ... Read More
