Can you share a case study or example where early validation helped identify a critical design flaw in an e-motor project? How was it rectified?
How to address multi-physics phenomena when designing permanent magnet machines?
What are some common challenges associated with managing these interactions?
What strategies help to optimize the thermal performance of permanent magnet machines during the design phase, and how do simulation tools assist in this process?
How to ensure the reliability and longevity of permanent magnet e-motors?
What are your experiences with the use of simulation tools like FEA, CFD, and MBD to improve the efficiency and performance of e-motors, particularly those with permanent magnets?