E-machine cooling designs: Work seamlessly across simulation domains

Modeling the complexity of electric motor cooling from electromagnetics to conjugate heat transfer is a significant engineering challenge.

Advanced simulation software provides a streamlined workflow capable of working across engineering domains.

This allows engineers to move faster and focus on what matters – exploring new engineering possibilities.

Watch this on-demand webinar presentation and discover new features for e-machine cooling simulation that make it easier for electrical and thermal CFD engineers to work together.

Simulation of industrial components cooling fosters faster innovation

Designing and building innovative e-machines includes the collective work of multiple engineering disciplines, so as a result, thermal CFD engineers sometimes struggle to get a clean CAD of the whole e-machine.

A disconnected or incomplete view of the e-machine forces simulation experts to make generalizations or assumptions about the project.

Simulation solutions like Simcenter use specific import workflows to ensure thermal CFD engineers receive complete and accurate details of the e-machine to include dimensions, materials, machine conditions, and more.

This video highlights the ways Simcenter software handles multiphysics simulation and accurately models the many disciplines involved in an electric motor to predict its performance.

E-machine simulation produces product improvements

This presentation focuses on e-machine simulation and improving the processes surrounding it.

Designers and engineers who watch will:

• Find out how to create more realistic cooling jacket geometries
• Discover newly optimized e-machine performance workflows
• Learn a new process to connect electrical and thermal CFD engineers

Simulation accelerates the design process, leads to better e-machines and more satisfied customers.