e-Motor Director - Multiphysic Analysis of Electrical Machines and Optimization
Altair® e-Motor DirectorTM is an efficient, robust solution that delivers competitive motor designs while considering all project requirements. Altair® e-Motor DirectorTM mixes the advantages of simulation- and data-driven design to weigh conflicting constraints from multiple physics so you can accelerate the development of cutting-edge e-powertrains.
Who is this class for?
Prerequisites:
Goals and Objectives:
- This class is an introduction to multiphysics analysis of electrical machines and optimization with e-Motor DirectorTM. Through this class, participants will discover the EMD environment and workflows for setting up and solving a multiphysics analysis. The class is based on the internal permanent magnet motor (IPM). Participants will learn the basic steps for model creation and analysis, Multiphysics analysis, DOE/optimization and advanced analysis with e-Motor DirectorTM.
- None
- Discover e-Motor DirectorTM environment and interface
- Set up a model
- Multiphysic analysis: cogging troque, back EMF, base point, etc.
- Advanced analysis: PWM, NVH, rotor stress
- DOE, Optimization
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