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VIBRO-ACOUSTIC OPTIMIZATION OF A PERMANENT MAGNET SYNCHRONOUS MACHINE USING THE EXPERIMENTAL DESIGN METHOD

机译:使用实验设计方法的永磁同步机的Vibro-声学优化

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The aim of this paper is to use an analytical multi-physical model—electromagnetic, mechanic, and acoustic—in order to predict the electromagnetic noise of a permanent magnet synchronous machine (PMSM). Afterward, the experimental design method, with a particular design: "trellis design," is used to build response surfaces of the noise with respect to the main factors. These surfaces can be used to find the optimal design or more simply, to avoid unacceptable designs of the machine, in term of noise for a variable speed application.
机译:本文的目的是使用分析多物理模型 - 电磁,机械和声学 - 以预测永磁同步机(PMSM)的电磁噪声。之后,实验设计方法,具有特定设计:“格子设计”,用于构建相对于主要因素的噪声响应表面。这些表面可用于找到最佳设计或更简单的设计,以避免机器的不可接受的设计,用于变速应用的噪声术语。

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