基于正多面体法的单相异步电机优化设计

单相异步电机是一种应用极为广泛的电机。电机优化设计是一种复杂的、有约束、非线性、混合离散多变量规划问题。本文选用正多面体优化算法对单相异步电机进行了优化设计。在数学模型的基础上，对正多面体优化算法进行了深入的分析和讨论，并对选定的电机进行优化，对获得的优化结果进行了比较和分析。结果表明，这种算法的性能较为理想，具有一定的实用价值。

The Design Optimization of Single-phase Asynchronous Motor Based on Regular Polyhedron Method

Single-phase AC Asynchronous Motor is a very widely-used type electrical motor which has been thoroughly studied. Design optimization of electrical motors is a nonlinear constrained and mixed-discrete multiple variables optimization problem. In this thesis, the fundamental principle of Single-phase AC Asynchronous Motor is introduced and the Regular Polyhedron Method is fully discussed. We study its principle and give the detailed procedure for Single-phase AC Asynchronous Motor optimization. The algorithm is used to optimize selected Single-phase AC Asynchronous Motor and the results are accumulated and analyzed. The results prove that the performance of the algorithms is good and has some practical value.