A Review of Soft Magnetic Composite Materials and Applications

A Review of Soft Magnetic Composite Materials and Applications
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软磁复合材料及其应用综述

DOI:
10.1109/icem51905.2022.9910712
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发表时间:
2022
期刊:
--
影响因子:
--
通讯作者:
Ahmed N
Ahmed N
中科院分区:
--
文献类型:
--
作者:
Ahmed N

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过去十年,软磁复合材料(SMC)材料及其在电机中的应用领域取得了重大发展。这是由于它们的有利性质、各向同性的磁和热特性以及低涡流损耗,特别是在中频和高频下。 SMC 为创新型电机设计开辟了舞台,具有用于批量生产的三维磁通路径。粉末冶金工艺具有成本效益,减少了后期生产流程,并大大降低了制造过程中的产量损失。与其他生产技术相比,该工艺的能耗也较低。 SMC材料适合大规模批量生产复杂部件,具有良好的公差、表面光滑、无需二次加工、几乎无材料浪费。本文回顾了该材料、其生产及其在电机中的应用,讨论了现有的优点和困难,同时阐明了 SMC 机器在工业中的商业成功。
Past decade has seen significant development in the field of Soft magnetic composite (SMC) materials and their application in electrical machines. This is due to their advantageous nature, isotropic magnetic and thermal properties as well as low eddy current loss specifically at medium and higher frequencies. SMC has opened the arena for innovative electrical machine designs with three-dimensional flux paths for mass production. The powder metallurgy process is cost effective, reduces post-production processes and drastically reduces yield losses in manufacturing. The process also has a lower energy consumption in comparison to other production technologies. The SMC materials are suitable for large-scale mass production of complex components with good tolerances, smooth surfaces, no secondary operations and almost no material waste. This paper reviews the material, its production, its application in electrical machines, discussing the existing advantages and difficulties while shedding light on the commercial success of SMC machines in industry.
使用叠片钢板降低高速轴向​​磁通永磁电机中的交流绕组损耗
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