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Application of a boundary integral method to the optimization of solid rotor machines

机译:边界积分法在固体转子电机优化中的应用

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摘要

This paper is devoted to the optimization of electric machine solid rotors for high speed applications, using a boundary integral method. The method is applied to two examples: a slotted asynchronous rotor; and a salient reluctant synchronous rotor. Starting under constant voltage is especially studied in both cases. An important part of the paper deals with the asynchronous motor. An idealized stator generates a sinusoidally distributed tangential flux density, so that the optimization concerns only the rotor slotting. At constant permeability, the boundary integral method proves to be very fast and efficient for the approximate design of a slotted rotor.
机译:本文致力于使用边界积分法优化用于高速应用的电机实心转子。该方法应用于两个示例:带槽异步转子;和显着的磁阻同步转子。两种情况下都特别研究了在恒定电压下启动。本文的重要部分涉及异步电动机。理想化的定子会产生正弦分布的切向磁通密度,因此优化只涉及转子开槽。在恒定磁导率下,边界积分法对于带槽转子的近似设计被证明是非常快速和有效的。

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