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Recently, flux-switching permanent-magnet (PM) (FSPM) machines have received considerable attentions recently in high reliability applications, due to its high power density, robust structure, and essential sinusoidal back-electromotive-force waveforms [1].
In recent years, flux switching permanent magnet machines (FSPMMs) have been comprehensively investigated for various applications [1]-[2]. In particular, the axial field FSPMMs are attracting much attentions due to the incorporation of the advantages of FSPMMs and axial filed permanent magnet (PM) machines, which offer the merits of high torque/power density, high efficiency, compact construction...
Recently, the demand for developing high performance permanent magnet (PM) machines with high torque density and high efficiency are becoming more and more attractive due to the environmental and energy considerations [1]. Notwithstanding the three-phase PM machines are most commonly employed in various industrial and domestic applications benefiting from their well-known high performance, two-phase...
Vernier permanent-magnet (PM) motors which exploit magnetic gear effects to modulate the magnetic fields are capable of producing high torque at a relatively low speed [1]-[3]. Due to its structural compactness, high torque density, high efficiency, these motors are very suitable for direct-drive applications such as electric vehicles. A new kind of vernier PM motor has been presented in [4], which...
Permanent magnet (PM) machines possess the merits of high torque density and high efficiency which is very suitable for some applications such as electric vehicles (EVs) [1]-[4]. Over the years, the surface PM and interior PM types, have been extensively studied and developed. The 2004 prius interior PM machine with the advantages of high torque density and wide speed range has been built and applied...
Linear permanent magnet (PM) machines are more and more attractive for direct-drive systems due to the merits of high power density and efficiency. Also, in comparison with the conventional rota-ry-to-linearly drive system, the linear drive system takes the advantages of high reliability and low vibration and noise because of the absence of the linear-to-rotary device. However, for the long stroke...
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