2017

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  1. Case Study of Optimization by modeFRONTIER Using Linkage Function of JMAG with Solidworks (The Present Situation for the Process of Making the Workflow fo…

    Masanori Ichino, MAHLE Electric Drives Japan Corporation

    • Applications: Motor and SPM Motor
    • Physical Phenomena: Magnetic Field
    • Technical Themes: Design Exploration / Optimization

  2. 6 kW Axial Flux Motor Based on Soft Magnetic Composites for Hand Held Power Tools

    Cristofaro Pompermaier, Husqvarna Group

    • Applications: Axial Gap Type Motor and Motor
    • Physical Phenomena: Magnetic Field and Material

  3. Verification By Measuring and Analyzing Motor Gap Magnetic Flux Using Sheet State Search Coils

    Hiroyuki Shintani, ESTECH Corporation

    • Applications: Motor and SPM Motor
    • Physical Phenomena: Magnetic Field

  4. Development of Measurement Method of Three-dimensional Demagnetization Distribution in Permanent Magnets for Motors

    Shintaro Araki, Technology Research Association of Magnetic Materials for High-Efficiency Motors (MagHEM)

    • Applications: IPM Motor, Magnet, and Motor
    • Physical Phenomena: Magnetic Field and Material

  5. Utilization of JMAG-RT Using Multi-Case Parallel Calculation

    Tomoya Ueda, NIDEC CORPORATION

    • Applications: Motor and SPM Motor
    • Physical Phenomena: Circuit / Control, Magnetic Field, and Structural
    • Technical Themes: Large-Scale Processing, MBD, and Multiphysics

  6. The Role of JMAG on Powertrain Development

    Albert Li, Gogoro Inc.

    • Applications: IPM Motor and Motor
    • Physical Phenomena: Circuit / Control and Magnetic Field
    • Technical Themes: Efficiency map and MBD

  7. Improvements of JMAG-RT Model of Induction Motors in Automotive Traction Drive

    Akira Chiba, Tokyo Institute of Technology

    • Applications: Induction Motor and Motor
    • Physical Phenomena: Circuit / Control and Magnetic Field
    • Technical Themes: MBD

  8. Introduction and Application of JMAG on Induction Heating

    Tomohiro Adachi, DAI-ICHI KIDEN CO., LTD.

    • Applications: Induction Heating
    • Physical Phenomena: Magnetic Field and Thermal
    • Technical Themes: Multiphysics

  9. Predicting Electromagnetic Pump Operation Using a Simulink-JMAG Coupled Analysis

    Kiyoto Matsumoto, IWAKI CO., LTD.

    • Applications: Linear Solenoid / Linear Actuator
    • Physical Phenomena: Circuit / Control and Magnetic Field
    • Technical Themes: Multiphysics

  10. Development of Power Transmission Coupling in Superconducting Levitation Pump by Magnetic Field Analysis

    Masao Hiragushi, Seikow Chemical Engineering and Machinery, Ltd.

    • Applications: Superconductor
    • Physical Phenomena: Magnetic Field

  11. Shape Optimization of Induction Heating Coil by JMAG – Optimus Cooperation

    Ayaka Nakata, KOYO THERMO SYSTEMS CO.,LTD.

    • Applications: Induction Heating
    • Physical Phenomena: Magnetic Field and Thermal
    • Technical Themes: Design Exploration / Optimization and Multiphysics

  12. Design Exploration of Heating Coil Shape by Cooperation of JMAG and HEEDS

    Hiroshi Yuki, NTN corporation

    • Applications: Induction Heating
    • Physical Phenomena: Magnetic Field and Thermal
    • Technical Themes: Design Exploration / Optimization and Multiphysics

  13. Investigations in Coil Design for Induction Heating Using JMAG and the Optimization Tool HEEDS

    Toshiaki Matsumura, AW ENGINEERING CO.,LTD.

    • Applications: Induction Heating
    • Physical Phenomena: Magnetic Field and Thermal
    • Technical Themes: Design Exploration / Optimization, Large-Scale Processing, and Multiphysics

  14. 3-D Magnetic Field Analysis of Large Power Transformer Using Parallel Calculation

    Yasuhisa Ito, MEIDENSHA CORPORATION

    • Applications: Transformer / Reactor
    • Physical Phenomena: Magnetic Field
    • Technical Themes: Large-Scale Processing and Material Modeling / Loss Analysis

  15. Magnetic Field Analysis of Rectifiers

    Tomohisa Yamagishi, Fuji Electric Co.,Ltd.

    • Applications: Bus Bar
    • Physical Phenomena: Magnetic Field and Thermal
    • Technical Themes: Large-Scale Processing and Multiphysics

  16. Loss Distribution Analysis for 4-pole air Cooled Turbine Generator Using 3D Finite Element Method

    Hiromu Kamiyama, TOSHIBA MITSUBISHI-ELECTRIC INDUSTRIAL SYSTEMS CORPORATION

    • Applications: Generator
    • Physical Phenomena: Magnetic Field
    • Technical Themes: Large-Scale Processing and Material Modeling / Loss Analysis

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