Modeling and Simulation for Electrification

The global push toward electrification is driving demand for efficient, high-power electric drivetrains and power sources for use in cars, trains, maritime applications, and planes. Developing systems that meet these specifications requires an understanding of component behavior as well as flexible computational tools. For this reason, the COMSOL Multiphysics^® software, which makes it possible to model more accurately and optimize designs quicker, is widely used in the field of electrification.

The software is used in the research and design of many systems, including electric motors (radial and axial flux), battery systems, busbars, cables, power electronics, and hydrogen fuel cells. It is also used for understanding and optimizing heat transfer and thermal management processes and designs. Moreover, its unique features for creating standalone simulation apps based on multiphysics models and surrogate models have enabled larger groups of engineers and scientists within an organization to benefit from modeling and simulation.

In this webinar, we will discuss the functionality of the software and provide an overview of how multiphysics models, simulation apps, digital twins, and surrogate models can be used for electrification.

The webinar will conclude with a live demonstration of the software, followed by a Q&A session.