In this webinar session, we'll discuss how to govern the multiphysics design aspects of a realistic IPM traction motor during machine design optimization. This traction motor is designed for a modern, high-performance, battery-electric vehicle platform.
Venue:
Virtual
Electric motors are the best energy converters used in industry. The design process requires a complex approach that starts from specifications: electromechanical, thermal, and NVH. Considering all the multi-physics requirements of the electrical motor, it is paramount to make the right choices and reduce the cost of change throughout the development process.
利用性能权衡相乘iple physics disciplines, including electromagnetics, thermal, structural, and the NVH, in a traction machine design is always challenging but critical. In this webinar session, we'll discuss how to govern the multi-physics design aspects of a realistic IPM traction motor during machine design optimization. This traction motor is designed for a modern, high-performance, battery-electric vehicle platform.
有限元分析软件Motor-CAD and Ansys OptiSLang will be used to build an efficient design optimization workflow. The optimization approach will combine Motor-CAD multi-physics calculations with OptiSLang sensitivity analysis, meta-modeling, and optimization techniques to enable rapid trade-offs between competitive designs and find an optimum solution for a given specification in a computationally efficient way.
Jon Godbehere, Nicolas Rivière
