Characteristics comparison and selection guide for magnetic materials used in electrical machines
Characteristics comparison and selection guide for magnetic materials used in electrical machines
复制标题
电机用磁性材料特性比较及选型指南
DOI：
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发表时间：
2015
期刊：
影响因子：
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通讯作者：
A. Boglietti
中科院分区：
文献类型：
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作者：
A. Krings;M. Cossale;A. Tenconi;J. Soulard;A. Cavagnino;A. Boglietti
本文介绍了最新的磁性材料的调查和旋转电机中使用的磁性材料的概述。重点是针对不同应用场景的中小型高性能和高效率永磁和感应电机。所研究的材料包括硅-铁、镍-铁和钴-铁叠层钢，以及软磁复合材料和非晶磁性材料。技术重点是磁性能和铁损以及制造影响和制造过程中所需的热处理。引入一种新的损耗磁通密度因子，比较了不同材料的B H磁化曲线和同一图中的铁损。本文的目的是给机器设计师一个有效的材料概述和选择指导在早期的机器设计过程。
This paper presents an up-to-date magnetic material investigation and overview on magnetic materials used in rotating electrical machines. The focus is on small to medium-sized high-performance and high-efficiency permanent-magnet and induction motors for different application scenarios. The investigated materials include silicon-iron, nickel-iron, and cobalt-iron lamination steels, as well as soft magnetic composites and amorphous magnetic materials. The technical focus is on the magnetic properties and iron losses as well as the manufacturing influence and required thermal treatments during the manufacturing process. A new loss to flux density factor is introduced to compare the B H magnetization curve and the iron losses of different materials in the same diagram. The aim of the paper is to give the machine designer an efficient material overview and selection guide during the early machine design process.