Force and torque calculation methods for airgap windings in permanent magnet machines

S. Jumayev, A. Borisavljevic, K. Boynov, Elena A. Lomonova, Juha Pyrhonen
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Abstract

Methods for force and torque calculations in permanent magnet (PM) machines with airgap windings are studied. Both analytical and numerical methods are applied to calculate the Lorentz force. The presented methods are applicable to various winding types and allow evaluating the geometry quickly. For a comparison of the methods a rhombic winding has been selected as a test case.
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永磁电机气隙绕组的力和转矩计算方法
研究了气隙绕组永磁电机的力和转矩计算方法。本文采用解析法和数值法计算洛伦兹力。所提出的方法适用于各种绕组类型,并且可以快速评估几何形状。为了比较这些方法,我们选择了菱形绕组作为测试用例。
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