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Soft Magnetic Composite (SMC) material is formed by surface-insulated iron powder particles, generating unique properties like magnetic and thermal isotropy, and very low eddy current loss. This paper delineates the key aspects of soft magnetic composite (SMC) material application in Switched Reluctance Motor(SRM), through dynamic magnetic characterization using Switched Reluctance Design and Simulation...
This paper describes a more precise technique for thermal analysis due to joule heat loss in switched reluctance motor with soft magnetic composite material (SMC) by two dimensional (2-D) coupled field finite element analysis. The finite element model is solved in tandem by a cascaded procedure comprising electromagnetic and thermal analysis. The results of the coupled field finite element analysis...
In aircraft electric motor drive fuel delivery system, the motor must be characterized by high power density, reliability, less size, less weight and high speed [1]. The high speed operation, fault tolerance, high power density makes switched reluctance motor an ideal candidate for high speed aerospace applications. This paper investigates the application potential of soft magnetic composite material...
In aircraft electric motor driven fuel delivery system, the motor must be characterized by high power density, reliability, less size, less weight and high speed. The high speed operation, fault tolerance, high power density makes switched reluctance motor an ideal candidate for high speed aerospace applications. This paper investigates the application potential of soft magnetic composite material...
This paper presents some aspects of soft magnetic composite (SMC) material application in switched reluctance motor (SRM). The presented stator core of the SRM is made of two types of material, the classical laminated silicon steel sheet and the soft magnetic composite material. First, the stator core made of laminated steel has been analyzed. The next step is to analyze the identical geometry SRM...
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