Comprehensive Motor Design Optimization: Enhancing Efficiency and Reliability of EV Motors with Multidisciplinary Optimization

Electromagnetic Structural analysis of an EV motor with with Comprehensive Multidisciplinary Analysis using Optimus

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Optimize Your EV Motor Designs with Comprehensive Multidisciplinary Analysis

In the competitive world of electric vehicles (EVs), ensuring motor efficiency and reliability requires a design approach that goes beyond just electromagnetic considerations. Our case study, "Comprehensive Motor Design Optimization," demonstrates how integrating multidisciplinary evaluations—addressing thermal, stress, and vibrational factors—into the initial design process can drastically reduce rework and lead to superior motor performance.

Authored by Mio Hashiba of Cybernet Systems Co., Ltd., this study explores the use of advanced tools like JMAG, Ansys, and Optimus to streamline the design and optimization of EV motors. By combining electromagnetic and structural analysis, this approach ensures that motors meet rigorous operational standards, enhancing both their efficiency and durability. Download the full case study now to discover innovative strategies that could elevate your EV motor designs.

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