The interest around the adoption of Soft Magnetic Composite materials (SMC) in the realization of electric machines, or parts of electric machines, is continuously increasing. The main reason lies on the opportunity to realize magnetic circuits following a 3D design procedure, which is not allowed with the adoption of the traditional lamination sheets. This is not the only reason, as a lot of research is being carried out on the losses distribution in the magnetic material, particularly as function of the frequency. In this paper different iron powders have been analyzed to investigate the impact of the granulometry on the SMC performance; in particular the grain size and the oxygen content have been considered variable parameters. The materials, prepared, compacted and tested in our laboratories, have been characterized to obtain the magnetic characteristic and information about the iron losses.

Effect of granulometry and oxygen content on SMC magnetic properties / Pošković, Emir; Franchini, Fausto; Actis Grande, Marco; Ferraris, Luca; Bidulský, Róbert. - In: ACTA METALLURGICA SLOVACA. - ISSN 1335-1532. - 23:4(2017), pp. 356-362. [10.12776/ams.v23i4.1032]

Effect of granulometry and oxygen content on SMC magnetic properties

Pošković, Emir;Franchini, Fausto;Actis Grande, Marco;Ferraris, Luca;Bidulský, Róbert
2017

Abstract

The interest around the adoption of Soft Magnetic Composite materials (SMC) in the realization of electric machines, or parts of electric machines, is continuously increasing. The main reason lies on the opportunity to realize magnetic circuits following a 3D design procedure, which is not allowed with the adoption of the traditional lamination sheets. This is not the only reason, as a lot of research is being carried out on the losses distribution in the magnetic material, particularly as function of the frequency. In this paper different iron powders have been analyzed to investigate the impact of the granulometry on the SMC performance; in particular the grain size and the oxygen content have been considered variable parameters. The materials, prepared, compacted and tested in our laboratories, have been characterized to obtain the magnetic characteristic and information about the iron losses.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11583/2701241
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