Iron Loss Analysis / Loss Analysis

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  1. Motor Loss Calculation under PWM Switching

    Jihyun Kim, General Motors

    • Applications: IPM Motor and Motor
    • Physical Phenomena: Magnetic Field and Material
    • Technical Themes: Material Modeling / Loss Analysis

  2. Application of SIMP-based Topology Optimization in JMAG

    Sukhwa Jung, DENSO CORPORATION

    • Applications: IPM Motor, Linear Solenoid / Linear Actuator, and Motor
    • Physical Phenomena: Magnetic Field
    • Technical Themes: Design Exploration / Optimization

  3. How to Leverage JMAG-RT for MBD and Its Prospects

    Shingo Soma, Honda Motor Co., Ltd

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

  4. Electromagnetic Materials Suited for Electrified Transport

    Sigrid JACOBS / Jan RENS, ArcelorMittal

    • Applications: Linear Motor and Motor
    • Physical Phenomena: Magnetic Field
    • Technical Themes: Material Modeling / Loss Analysis

  5. Integrated Electromagnetics-Thermal Analysis of Electric Motor: Benefits and Pitfalls of Multi-physics Modeling

    Seunghwan Keum, General Motors

    • Applications: IPM Motor and Motor
    • Physical Phenomena: Magnetic Field and Thermal
    • Technical Themes: Multiphysics

  6. The Need for Large-Scale Calculations in Induction Heating

    Ayaka Nakata, KOYO THERMO SYSTEMS CO.,LTD.

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

  7. Electromagnetic Field Thermal Fluid Coupled Analysis for In-Vehicle Motors 2.0

    Kengo Toda, TODA RACING Co., Ltd.

    • Applications: IPM Motor and Motor
    • Physical Phenomena: Magnetic Field and Thermal
    • Technical Themes: Multiphysics

  8. Practical Power Circuit Design of Power Electronics Equipment and Analysis Evaluation of Power Inductors

    Tatsuya Hosotani, Murata Manufacturing Co., Ltd.

    • Applications: Transformer / Reactor
    • Physical Phenomena: Magnetic Field
    • Technical Themes: Material Modeling / Loss Analysis

  9. Study of Optimum IH Coil Design for the Improved Induction Hardening Pattern

    Masaomi Kawabe, TAKAO KOGYO Co.,Ltd.

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

  10. JMAG Analysis of Spot Induction Heating to Design a Soldering Head

    Takeshi Usuda, S-FINX Technologies

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

  11. Electromagnetic Field Analysis of AB Phases and Z Phase Magnetic Interference in a Magnetic Encoder

    Koji Kokue, Tamagawa-seiki Co.,Ltd.

    • Applications: IPM Motor, Linear Solenoid / Linear Actuator, Motor, and Sensor
    • Physical Phenomena: Magnetic Field

  12. Design of Electric Machine for Electric Aircraft Using Power Simulation License

    Hiroshi Mitsuda, Mitsubishi Electric Corporation

    • Applications: Motor and SPM Motor
    • Physical Phenomena: Circuit / Control and Magnetic Field
    • Technical Themes: Efficiency map, Large-Scale Processing, and Material Modeling / Loss Analysis

  13. Comparison of Axial Gap Motor with SMC Between Analysis and Experimental

    Tatsuya Saito, Sumitomo Electric Industries, Ltd.

    • Applications: Axial Gap Type Motor and Motor
    • Physical Phenomena: Magnetic Field and Material
    • Technical Themes: Efficiency map and Material Modeling / Loss Analysis

  14. Cooperation Between JMAG and MSC Products in Motor CAE

    Masatake Saito, MSC Software

    • Physical Phenomena: Magnetic Field and Structural
    • Technical Themes: Multiphysics

  15. [JAC271] Axial Gap Type Motor AC Copper Loss Analysis

    In this example, the AC copper loss of an axial gap type motor using square wire is evaluated.

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

  16. [W-SE-145] Highly Parallel Solver Performance Evaluation (Induction Heating)

    This document uses as an example an induction heating model to evaluate the performance of the highly parallel solver. As a result, it was found that even in thermal-magnetic fiel…

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

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