2013

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  1. Newly introduced non-oriented electrical steel sheets to JMAG material database and the influence of magnetic properties of non-oriented electrical st…

    Hiroaki Toda, Steel Research laboratory, Electrical Steel Research Dept., JFE Steel Corporation

    10 Feb 2017

  2. Application and Development Environment of Virtual Motor Torque Ripple Reduction Control

    Yoshihiko Ozaki, DSP Technorogy Co.,Ltd.

    10 Mar 2014

  3. Development Planning 2 of JMAG

    Takashi Yamada, JSOL Corp.

    25 Feb 2014

  4. Development Planning of JMAG

    Takashi Yamada, JSOL Corp.

    10 Feb 2014

  5. Consideration to Cores and the Materials in Numerical Analysis for design and analysis of motors

    Chikara Kaido, Department of Electrical & Electronic Engneering, Kitakyushu National College of Technology

  6. Coil Vibration as a Noise Source Generated by Transformer Load Current

    Kiyoshi Wakimoto, Development Section Product and Technology Development Department Transformer Factory, MEIDENSHA CORPORATION

  7. Magnetic Field Analysis of Large Transformers in Direct Current Bias Magnetism

    Kenichi Tanaka, Design Section ⅠTransformers Department Chiba Factory, Industrial Infrastructure Business Group,Fuji Electric

  8. The coupling of JMAG with Virtual.Lab Acoustics in view of efficiently predicting Transformer (Acoustic) Noise.

    Koen De Langhe, LMS, A SIEMENS BUSINESS / Yusaku Suzuki, JSOL Corp.

  9. JMAG’s Searching Quest for Large Scale, Faster Electromagnetic Analysis – HPC Solver Introduction –

    Kazuki Semba, JSOL Corp.

  10. The study of calculation accuracy improvement for magnetic loss of motor

    Kohichi Tanimoto, Engineering Research & Development Center Digital Engineering Promotion Department, DENSO CORPORATION

  11. Numerical Validation of Magnetic Measurement method of Motor Core using JMAG Designer.

    Takao Imagawa, Central Research laboratory Advanced Research Department Rare Earth Magnet Project, Hitachi,Ltd.

  12. Magnet temperature analysis and prototype verification in permanent magnet synchronous motor

    Ken Takeda, HYBRID SYSTEM PRODUCT ENGINEERING DEPARTMENT, AISIN AW Co.,LTD.

  13. Actuality and Scope on Simulation of Heat Treatment

    Dong-Ying JU, Insitute for Advanced Scienes, Saitama Institute of Techinoligy

  14. High-Frequency Induction Heating Simulation using a Coupling of JMAG and COSMAP

    Yohei Awata, Development sect, Development dept, Radio frequency admnistration, Denki Kogyo Company, Limited

  15. Crankshaft optimization of induction heat treatment using computer aided engineering(The second report)

    Akiko Inami, Advanced Technology and Manufacturing Engineering Dep., Fuji Heavy Industries LTD.

  16. Computer simulation of induction heating contains thermal deformation in large ring metal parts.

    Takashi Horino, CAE System Section, Research and Development Center, NETUREN CO,.LTD.

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