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  1. Analysis of stray fields in electric motors for automotive applications

    IAV GmbH, Germany Stephan Paul

  2. Simulation based design validation and optimisation of Electrical machines for automotive applications

    Lucas-TVS Ltd., M.P.Ragavendra

  3. 新型NSX搭載 SPORT HYBRID SH-AWD 用モータの開発

    株式会社本田技術研究所 矢﨑 学

  4. The coupling of JMAG and Simcenter 3D in view Noise and Vibration analysis of Electric Machines

    SIEMENS PLM Software Koen De Langhe

  5. HILS を使用したモータハードウェアシミュレーション

    日本ナショナルインスツルメンツ株式会社 シーバー 健

  6. モデルベース解析による実装設計での仮想シミュレーション手法

    メンターグラフィックスジャパン株式会社 上田 雅生

  7. BLDC motor model using JMAG RT table for control development of an electromechanical actuator integrated in a sport car

    Isabel Ramirez Ruiz, Ferrari / Federico Cheli, Edoardo Sabbioni, Politecnico di Milano

  8. Comparison of electromagnetic and thermal modelling with JMAG with electromagnetic and thermal equivalent circuit models and experimental test results

    Shinara UTEGENOVA, Airbus Helicopters

  9. Using JMAG to simulate control of a brushless flux-switching rotating machine

    James Nicholls, Technelec Ltd

  10. Acoustic Noise Analysis of a High-Speed High-Power Switched Reluctance Machine: Frame Effects

    Berker Bilgin, McMaster Automotive Resource Centre, McMaster University

  11. The thermal field simulation analysis of the JMAG platform for the FAW Technology Center

    Zeng jingling, China FAW Group Corporation R&D Center

  12. Optimization calculation of JMAG and its application in proportional solenoid valve

    Zhou Wangjing, Wuxi Fuel Injection Equipment Research Institute,FAW, China

  13. Stator of variable speed permanent magnet synchronous motor based on Designer JMAG -Study on the calculation of optimal skew slot angle-

    Xiong haifang, Tempel Changzhou

  14. JMAG in RT-Lab HIL Simulator

    Qiu huajing, ShangHai KeLiang Information Tech. & Eng. Co., Ltd.

  15. Induction Motor Sound and Co-simulation with JMAG and Virtual.lab

    Li xin, EMERSON Climate Technologies

  16. 電磁界解析を用いた最適設計

    北海道大学 五十嵐 一

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