COMSOL Multiphysics®

基于物理场的建模和仿真平台

COMSOL Multiphysics®

燃烧气体加热喷气发动机涡轮中的定子叶片时,所产生的温度梯度会引起显著的热应力。通过叶片中的冷却管传送空气,防止定子熔化,。

  • COMSOL Desktop®:扳手的力学仿真,计算有效应力和形变。 COMSOL Desktop®:扳手的力学仿真,计算有效应力和形变。
  • COMSOL Desktop®:微型混合器的流体流动和化学物质传递仿真,并显示了流体速度场和物质浓度分布。 COMSOL Desktop®:微型混合器的流体流动和化学物质传递仿真,并显示了流体速度场和物质浓度分布。
  • COMSOL Desktop®:心脏起搏器电极的电学仿真,包括计算得到的电压和电流分布。 COMSOL Desktop®:心脏起搏器电极的电学仿真,包括计算得到的电压和电流分布。

COMSOL Desktop 是一个功能强大的用户接口集成环境,旨在通过统一的建模流程支持电学、机械、流体和化工等应用的跨学科产品开发。

电气、机械、流体流动和化工等行业的仿真工具

COMSOL Multiphysics® 是一个基于高级数值方法的用于模拟仿真物理场问题的通用软件平台。借助 COMSOL Multiphysics,您将能够解释耦合现象或多物理场现象。软件具有超过 30 个的专业模块可供选择,并可以通过电学、机械、流体流动和化学等行业的专用物理接口和工具,进一步扩展该仿真平台。附加的接口模块可以将 COMSOL Multiphysics 仿真与技术计算、CAD 和 ECAD 等软件相连接。

用于跨学科模块开发的 COMSOL Desktop®

COMSOL Desktop® 是一个功能强大的集成环境,旨在通过统一的建模流程支持任何领域的跨学科产品开发。专业模块无缝地与 COMSOL Multiphysics 耦合,且无论使用哪些专业模块,软件的操作方式均一致。模型构建器中的模型树可以给出模型的完整概览,并允许访问所有功能——几何、网格、物理场设置、边界条件、研究类型、求解器、后处理和可视化。借助 COMSOL Multiphysics,您可将传统的单场模型轻松扩展为同时求解耦合物理现象的多物理场模型。更重要的是,掌握这些功能并不需要深入的数学技能或数值分析知识。

COMSOL® Puts the Power of Simulation in Your Hands

With COMSOL Multiphysics® FEA software, you can simulate virtually anything you want, thanks to the underlying flexibility that complements the intuitive and easy-to-use COMSOL Desktop® interface.

For instance, in COMSOL Multiphysics®, you are able to arbitrarily include your own equations that may describe a material property, boundary, source or sink term, or even a unique set of partial differential equations (PDEs). You can then create new physics interfaces from the equations you entered. When creating apps with the Application Builder, you can design your own user interfaces based on your models. This user interfaces can be simplified versions of the model or include only some of the input and output fields you want to give the user of the app access to. COMSOL Multiphysics® also includes an COMSOL® API for use with Java® that adds extra flexibility for connecting your COMSOL Multiphysics® models with other applications.

Analysis of Subsea Umbilicals and Cables

Shape Changing Lubricants

Optimized Heating Process with Uniform Coating

Analysis and Simulation of Rock Properties

Laser Heating of a Silicon Wafer

Laser Heating - A Self Guided Tutorial

Using Meshing Sequences

Micromixer - cluster and batch versions

Micromixer

Flow Past a Cylinder

Modeling a Distributed Model of Thermal Microactuator on a Cluster