Induction Motor
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Applications of Optimal Design Methods in Magnetic Field Problems
Shinji Wakao, Waseda University
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Measuremant of the Magnetic Characteristic and modelling of The Magnetic Material For Magnetic Field Analysis
Yoshiyuki Ishihara, Doshisha University
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New Practical Analysis of Actuators by 3-D Finite Element Method
Yoshihiro Kawase, Gifu University
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Recent Analysis Method of Motors Using 3-D Finite Element Method
Yoshihiro kawase, Gifu University
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Loss Analysis of Rotating Machines Considering Harmonic Electromagnetic Fields in Stator and Rotor
Katsumi Yamazaki, Chiba Institute of Technology
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Vibration and acoustic noise analysis of motor
Fuminori Ishibashi, Shibaura Institute of Technology
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Recent Analysis Method of Actuators Using 3-D Finite Element Method
Yoshihiro Kawase, Gifu University
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Automatic and optimum design method of SPMSM
Kan Akatsu, Tokyo University of Agriculture and Technology
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Loss Analysis of Rotating Machines Considering Carrier Harmonics
Katsumi Yamazaki, Chiba Institute of Technology
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Multi-objective Optimization of Electric Motor and its Driving Parameter using modeFRONTIER and JMAG-Simulink Co-simulation Model.
Asahiko Otani, CD-adapco JAPAN Co.,LTD.
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[JAC001] Torque Characteristic Analysis of a Three Phase Induction Motor
This Application Note introduces a case example of how to obtain the current density distribution of an auxiliary conductor and its rotation speed versus torque characteristics.
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[JAC039] Torque Analysis of a Three Phase Induction Motor Accounting for the Skew
This Application Note presents a comparison of the torque waveforms of three phase squirrel cage induction motors with and without torque, and introduces the effects of using skew…
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[JAC063] Analysis of Torque Characteristics of a Cage Induction Motor
This Application Note introduces a case example that obtains the Slip-Torque curve, Torque-Current curve, Current-Voltage curve at maximum torque, and the Current-Joule Loss curve…
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[JAC068] Speed Versus Torque Characteristic Analysis of a Three-Phase Induction Motor
This Application Note explains an analysis that confirms the Speed-Torque curve and current density distribution of an induction motor.
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[JAC074] Speed Versus Torque Analysis of a Single-Phase Induction Motor
This Application Note explains how to obtain the current density distribution and Speed-Torque curve created by auxiliary winding that uses a capacitor.
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[JAC119] Torque Characteristic Analysis of a Three Phase Wound Rotor Induction Motor
This Application Note shows how to obtain the current density distribution and slip-torque curve.
