Abstract The Maxwell Tensor (MT) method is widely used to compute global forces or local surface forces for vibroacoustic design of electrical machines under electromagnetic excitation. In particular the air-gap Maxwell Tensor method is based on (...)
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[COMPUMAG] Study of the combined effects of the air-gap transfer for Maxwell Tensor and the tooth mechanical modulation in electrical machines Transfer Coefficients from Air-gap to Stator Bore Radius for Magnetic Force Wavenumbers - Application to Electrical Machines Abstract The Maxwell Stress Tensor (MST) method is commonly used to accurately compute the global efforts, such as electromagnetic torque ripple and unbalanced electromagnetic forces in electrical machines. The MST has been extended to the (...)[ICEM] Experimental Benchmark for Magnetic Noise and Vibrations Analysis in Electrical Machines Experimental Benchmark for Magnetic Noise and Vibrations Analysis in Electrical Machines
[PhD Thesis] Electromagnetic subdomain modeling technique for the fast prediction of radial and circumferential stress harmonics in electrical machines PhD thesis report and presentation of Emile Devillers