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STUDY ON OPTIMUM DESIGN OF RARE EARTH PM SYNCHRONOUS MOTOR

机译:稀土PM同步电动机优化设计研究

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In this paper, Hooke-Jeeves method and SUMT method [ 1 ] are used to optimize rare earth permanent-magnet synchronous motors. Here an examination of 4kW rare earth PM synchronous motor is provided. The optimum fit size for decreasing the initial cost is obtained on condition that performance indexes are satisfied. A constraints inversion method and an optimum method with partitioned feasible region are suggested in this paper, they are proved to be effective to improve SUMT method.
机译:在本文中,Hooke-Jeeves方法和SUMT方法[1]用于优化稀土永磁同步电动机。这里提供了对4KW稀土PM同步电动机的检查。在满足性能指标的情况下,获得了降低初始成本的最佳拟合尺寸。在本文中提出了一种约束反演方法和具有分区可行区域的最佳方法,证明它们是有效改善SUMT方法的有效性。

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