See How Modeling and Simulation Is Used Across Industries
Multiphysics modeling and simulation drives innovation across industries and academia — as is evidenced by the many uses showcased in the technical papers and posters presented by engineers, researchers, and scientists at the COMSOL Conference each year.
Draw inspiration from the recent proceedings collected below, or, to find a specific presentation or filter by application area or conference year/location, use the Quick Search tool.
View the COMSOL Conference 2025 Collection
The temperature distributions inside two packs (in-line and staggered) made of large cylindrical lithium iron phosphate cells (of 18 Ah nominal capacity) are analysed in this paper during a 90 A constant discharge current. The analysis of the battery packs temperature distributions is ... Read More
The radiation force effects on the surface displacement can be calculated by solving the Navier-Stokes equation with appropriated boundary conditions. The surface deformation can be described by the radiation pressure as well as those forces due to gravity and surface tension. We used ... Read More
The percolation of water into soil can be modeled considering Darcy's Law in laminar flow. In this manner the key property is the coefficient of hydraulic conductivity. Its determination can be made through laboratory or field testing. One of the most known field tests used for ... Read More
Evaporative coolers are viable alternative to air conditioners because of their low power consumption. However, in tropical humid environments the increased humidity that accompanies the cool air in the evaporative coolers causes an uncomfortable wet feeling, since it hinders the ... Read More
Electropolishing is an electrochemical process that radiofrequency accelerating cavities undergo in order to improve their inner metal surface finishing. This is performed prior to their installation into particle accelerators, in order to enhance their accelerating properties. Using ... Read More
It is desired to design a photobioreactor for the production of voluminous samples of microalgae for lipid quantification. The reactor should provide good growing conditions even with periodic withdrawal of samples. It also should be compact for better use of laboratory space. Therefore, ... Read More
Multiphase flow in a microreactor was studied numerically for two immiscible liquids. Validation of the model was sought by simulating the flow behavior and mass transfer characteristics of a neutralization reaction described in the literature. Contact angles, interfacial tension and the ... Read More
优先流作为结构性土壤水分入渗的主要方式，影响着作物对降水以及灌溉用水的利用效率，同时影响污染物在土壤中的迁移过程。虫洞等大孔隙是产生优先流的重要因素，准确评估优先流运动对于土壤入渗的研究具有重要意义。本文主要借助COMSOL Multiphysics软件，探索虫洞的存在对土壤水分入渗的影响。我们结合熔锡灌注法和三维激光扫描法，从田间土壤中提取到真实的虫洞三维结构，然后将真实的虫洞3D结构导入COMSOL5.5中，构建土壤入渗模型。该模型主要用到多孔介质和地下水流模块的理查德方程，其中土体主要由虫洞和土壤基质两部分构成 ... Read More
晶粒细化可有效减少金属凝固组织内部缺陷、提升产品质量。在钢铁冶金领域，通过脉冲磁场干预金属凝固过程以促使凝固组织发生细化是一类常见的手段。近年来人们针对脉冲磁场细晶机制提出诸多机理，为了揭示哪种或哪些机理起主要作用，有必要对脉冲磁场作用下金属熔体内部电磁效应进行研究。本文利用COMSOL Multiphysics中的磁场、流场（k-ε）和动网格技术，对模铸和连铸条件下脉冲磁场在圆柱形金属熔体内产生的磁场、感应电流、电磁力和流场进行仿真模拟研究。研究揭示了电磁场随时间演变规律，以及熔体在电磁力作用下的流动规律。研究表明磁场主要以竖直分量为主 ... Read More
摘要：本文通过数值模拟分析研究了高效空气过滤器的阻力与PPI、滤纸褶高之间的关系。研究表明，在一定条件下，增加PPI和增加滤纸褶高都可以增大过滤面积，减小滤纸阻力，但同时会增大高效空气过滤器结构阻力，因此滤纸存在最佳的PPI或褶间距和褶高使过滤器的阻力最低。不同的滤纸有不同的最佳结构参数。本文采用数值模拟方法对高效过滤器的阻力进行模拟，经与实测数据对比表明，误差低于10%，模拟方法可行。同时，通过对某款滤纸制成的高效过滤器进行了模拟分析，讨论了PPI和褶高对高效过滤器阻力的影响。最后建立了通用数值分析方法，通过更改相关设定参数，快速计算高效过滤器的阻力 ... Read More