A general analytical model of electrical permanent magnet machine dedicated to optimal design
A general analytical model of electrical permanent magnet machine dedicated to optimal design
复制标题
致力于优化设计的电永磁电机通用分析模型
DOI：
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发表时间：
2003
期刊：
影响因子：
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通讯作者：
B. Nogarede
中科院分区：
文献类型：
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作者：
E. Fitan;F. Messine;B. Nogarede
在这项工作中的新的是通用的能力，提出的分析模型与一种新的确定性的全局优化方法的永磁电机。这允许解决一些更一般的设计逆问题。分析方法是强大的，考虑到各种约束（电磁，热等）。与致动器的优化设计相关的逆问题可以被公式化为混合约束优化问题。为了解决这些问题，区间分支定界算法已经证明了它们的有效性，使得确定一些优化的旋转机械成为可能。
What is new in this work is the generic capabilities of the proposed analytical model of permanent magnet machines associated with a novel deterministic global optimization method. That allows to solve some more general inverse problem of designing. The analytical approach is powerful to take into account various kinds of constraints (electromagnetical, thermal, etc.). The inverse problem associated with the optimal design of actuators could then be formulated as a mixed‐constrained optimization problem. In order to solve these problems, interval Branch and Bound algorithms which have already proved their efficiency, have made it possible to determine some optimized rotating machines.