TR
Transient Magnetic (3D)
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Analysis of brush motors by JMAG
Naohiro Hashidume, NIDEC Corporation
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Measurement of magnetic flux density on permanent magnet surfaces for IPM motor
Hirohito Matsui, NIPPONSOKEN,LTD.
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Development of the new motor for SPORT HYBRID i-DCD system for the Fit3 Hybrid
Satoshi Shikata, Honda R&D Co., Ltd.
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Magnetic Field Analysis of Large Transformers in Direct Current Bias Magnetism
Kenichi Tanaka, Fuji Electric Co.,Ltd.
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Magnet temperature analysis and prototype verification in permanent magnet synchronous motor
Ken Takeda, AISIN AW Co.,LTD.
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Case Studies Using JMAG in Electric Motor Development
Miho Shimada, KYB Corporation
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Stress analysis of stator coil-end portion of turbine generator
Kohei Kuroda, Fuji Electric Co.,Ltd.
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Development of High power & High efficiency Motor for EV using magnetic field analysis.
Takeshi Ikemi, NISSAN MOTOR CO.,LTD
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Magnetic Field Analysis of a Claw Pole Rotating Machine
Toshiyuki Yoshizawa, Mitsubishi Electric Corporation
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Characteristics Improvement of Skewed Permanent-magnet Motors
Kenji Endo, SIM-Drive Corporation
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Analysis of Permanent Magnet Eddy-current Loss Using JMAG-SuperExpress
Shinsuke Kayano, Mitsubishi Electric Corporation
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Design of Switched Reluctance Motor by JMAG for Automotive traction application
Yusuke Makino, NIDEC CORPORATION
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Development of a Ferrite Permanent Magnet Axial Gap Motor with Segmented Rotor Structure
Masatsugu Takemoto, Hokkaido University
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[JAC149] Analysis of Magnetic Force Acting on the Arc of a Vacuum Circuit Breaker
This Application Note presents how to calculate the current density and Lorentz force of a vacuum circuit breaker, and obtain its arc-diffusing force.
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[JAC150] Electromagnetic Repulsion Analysis of a Vacuum Circuit Breaker
This Application Note presents how to obtain the electromagnetic repulsion in a circuit breaker from the Lorentz force when a 100 kA current is flowing.
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[JAC140] Analysis of Electromagnetic Repulsion Produced in Small Contact Bridges
This Application Note presents the use of a magnetic field analysis to obtain the electromagnetic repulsion when a switch is closed, creating a contact bridge.
