JMAG-Designer
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Coupled Analysis of IPM(Interior Permanent Magnet) Motor
Nobuyuki Suzuki, Toshiba Corporation
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Developing Motor Drive Systems Using JMAG-RT
Masaya Harakawa, Mitsubishi Electric Corporation
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Electromagnetic Field Analysis for Smart Key Antenna
Yuji Okada, AISIN SEIKI CO.,LTD
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Basic Investigation on Magnetic Pole Changing Type Linear Stepping Actuator using Inverse Magnetostrictive Effect. (With JMAG Simulation)
Masayuki Sugasawa, Systems and Information Engineering Department of Intelligent Interaction, Technologies, University of Tsukuba
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Study on Electromagnetic Vibration of Magnetic Gear
Noboru Niguchi, Dept. of Adaptive Machine Systems/Graduate School of Engineering/Osaka University
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Test and Analysis of Superconducting Electromagnetic Tornado Stirring System
Hirofumi KASAHARA, Central Research Institute of Electric Power Industry
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Guidelines for Generating Mesh in Induction Heating Simulations
Jun Iwanaga, JSOL Corporation
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Trends and Challenges of Induction Heating Analyses
Hiroshi Hashimoto, JSOL Corp.
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Study of local heating on by IPB connection box and around metallic parts of large power transformer by 3-D Magnetic field analysis
Hirokazu Hayashida,Japan AE Power Systems Corporation
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Introduction for the utilization techniques of JMAG for transformer design
Takayuki NISHIO, JSOL Corporation
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Expanding and Utilizing JMAG-Designer as Designers
Akihiko Furuto, TOHOKU PIONEER Corporation
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Utilizing JMAG Designer for 3D Magnetic Field Analysis Models
Yuichi Yoshikawa, Home Appliances Company,Panasonic Corporation
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Thermal-demagnetization Analysis and Research on Physical Properties of Nd-Fe-B Sintered Magnets
Dai Higuchi, Shin-Etsu Chemical Co., Ltd.
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Motor Vibration/Noise Simulation Analysis and Its Features
Noda Shinichi, Toshiba Corporation
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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.
