JMAG-Designer

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  1. 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

  2. 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

  3. 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

  4. Motor Efficiency Improvement Toward New Energy Vehicle Drive Cycle based on Multi-objective Optimization Algorithm

    Xiangrui Yin, China FAW Group Co.,Ltd

    • Applications: IPM Motor and Motor
    • Physical Phenomena: Magnetic Field
    • Technical Themes: Design Exploration / Optimization and Efficiency map

  5. Induction Motor Noise Reduction using JMAG

    AMMAR Aymen, JEUMONT Electric

    • Applications: Induction Motor and Motor
    • Physical Phenomena: Magnetic Field and Structural
    • Technical Themes: Multiphysics

  6. The Value of Magnetic FEA Simulation in Magnetic Sensing Applications

    Eduardo Montalvo, Coto Technology

    • Applications: Sensor
    • Physical Phenomena: Magnetic Field

  7. 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

  8. 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

  9. 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

  10. Improvement of Calculation Model on Induction Motors

    Daisuke Sato, Nagaoka Motor Development Co., Ltd.

    • Applications: Induction Motor and Motor
    • Physical Phenomena: Magnetic Field
    • Technical Themes: Efficiency map

  11. Torsional Vibration Analysis of an Electric-Drive Powertrain Via System Simulations with Simcenter Amesim and JMAG-RT

    Florent Pasteur / Damien Aguilera / Gabriel Autefage, Siemens Digital Industry Software

    • Applications: IPM Motor and Motor
    • Physical Phenomena: Circuit / Control, Magnetic Field, and Structural
    • Technical Themes: Multiphysics

  12. A Multidisciplinary Approach to Integrated Motor Modeling using GT-SUITE and JMAG

    Jonathan Zeman, Gamma Technologies, LLC

    • Technical Themes: Multiphysics

  13. Ultra-high Fidelity Hardware in the Loop (HIL) Simulation for EV Motor Drives with Seamless Integration with JMAG-RT

    Petar Gartner/Ivan Celanovic, Typhoon HIL, Inc

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

  14. RecurDyn Dynamic Simulation of Drivetrain System with Electric Motors

    June Seo, FunctionBay, Inc

    • Physical Phenomena: Circuit / Control, Magnetic Field, and Structural
    • Technical Themes: MBD

  15. Cooperation Between JMAG and MSC Products in Motor CAE

    Masatake Saito, MSC Software

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

  16. [JFT073] Current Control with Induction Heating Work Temperature as Feedback Using User Subroutines

    This document explains how to control work piece surface temperature by using user subroutines and the coil current amplitude as a manipulated variable.

    • Technical Themes: Multiphysics

Show 369 to 384 of 1111

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