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流固耦合 (FSI) 指可变形或移动结构与周围或内部流体流动之间的相互作用，诸如机翼颤振、建筑的摇摆、 阀震颤以及 MEMS 中的阻尼等都涉及了这种相互作用。本次网络研讨会将介绍 FSI 仿真的重要特征。我们将探讨 FSI 仿真的特点，还将现场演示如何通过 COMSOL Multiphysics 为这类重要问题建立仿真。网络研讨会将使用蠕动泵模型示例，这是一个固体与流体域之间存在强耦合的模型 ...

Looking to speed up your engineering team’s design process without compromising on quality? In just 18 minutes, this archived webinar shows you how you can reach that goal. You will see how your ...

When it comes to heating and ventilation systems, you need to ensure that the air flows at a specific rate and the fan pressure and electricity consumption are at reasonable levels. By modeling pipe ...

In this archived webinar, learn how to postprocess and analyze your numerical simulation results in COMSOL Multiphysics^®. We demonstrate how to evaluate data along lines and surfaces; compute derived ...

If you want to update your model geometry without the computational requirements of remeshing, shape optimization may be a useful tool in your finite element modeling (FEM) and design process. In ...

For the design and analysis of medical devices, the ability to model multiphysics is especially important. In this archived webinar, get an overview of several multiphysics modeling scenarios ...

The physics of the built environment affect many application areas, including energy efficiency, building safety, and site maintenance. In this archived webinar, we demonstrate how to study heat and ...

Watch this archived webinar to learn how to use the Microsoft^® Excel^® spreadsheet software together with the COMSOL Multiphysics^® simulation software via LiveLink™ for Excel^®. We discuss using the interfacing ...

Reacting flow and fluid dynamics are important factors in the residence time distribution of chemical species as well as reaction distribution in nonideal reactors and reacting systems. In this ...

Thermoelectric phenomena, which are seen in heating and cooling applications, thermal sensors, and energy harvesting, involve the reversible conversion between electricity and heat. In this archived ...

Many manufacturing processes, such as semiconductor and materials processing, rely on feedback control to maintain their required yield and performance.

In this archived webinar, Jon Ebert of SC ...

Simulation software can be used to improve processes and devices that are used in food production, preparation, and packaging.

In this archived webinar, we show how COMSOL Multiphysics^® software can be ...

It's easy to design and simulate systems containing tubing, narrow flow channels, and pipes with COMSOL Multiphysics^®. Using the Pipe Flow Module, you can analyze fluid flow, heat and mass transfer, ...

It is a common practice to optimize the design of inkjet printers, lab-on-a-chip devices, and cell sorters with microfluidics simulation software. In small-scale microfluidics processes, electro ...

When using simulation tools to develop products for pharmaceutical and biopharmaceutical processes, it is important to be able to couple mass, momentum, and heat transport analyses with chemical ...