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Nowadays, the manufacturing of electrical machines based on electrical steel laminations has been well established worldwide. Compared with the electrical steel, the soft magnetic composites (SMC) shows magnetic isotropy and lower eddy current losses. Thus, it becomes an important impulse promoting the development of new topologies of electrical machine. The application of SMC in the electrical traction machine for hybrid electrical vehicle or electrical vehicle has been researched in the work. This work was published by Saint Philip Street Press pursuant to a Creative Commons license permitting commercial use. All rights not granted by the work's license are retained by the author or authors.
This work investigates the application of soft magnetic composites (SMC) in novel designs for electrical traction machines, particularly for hybrid and electric vehicles. The research explores the advantages of SMC over traditional electrical steel laminations, focusing on its magnetic isotropy and reduced eddy current losses. The author, Bo Zhang, presents findings from research conducted on the application of SMC in electrical traction machines, aiming to promote the development of new electrical machine topologies. This study was published by Saint Philip Street Press under a Creative Commons license.
This technical work appears to be a focused research publication detailing advancements in materials science for electrical engineering applications. The subject matter suggests a dense, specialist text aimed at researchers and engineers in the field of electrical machines and automotive technology. The use of soft magnetic composites indicates a forward-looking approach to improving efficiency and design in electric vehicles.
Page Count:
290
Publication Date:
2020-10-09
Publisher:
Creative Media Partners, LLC
ISBN-10:
101328285X
ISBN-13:
9781013282850
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