Calculations of a Magnetic Gear by the Method of Separation of the Fourier Variables

Afanasiev, Alexandr

doi:10.3103/s1068371221010028

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2022

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“…The SDA has been so far applied to different electrical machines such as surface-inset PM [20][21][22], surface-mounted PM [23,24], interior PM [25,26], PMs with shielding cylinder [27], PM brushless [28], spoke-type PM [29,30], doublysalient [31], switched reluctance [32,33], flux switching [34], superconducting reluctance machine [35], toroidal winding [36], and magnetic gear [37][38][39]. Besides, the SDA has been applied to a rotating PM Vernier machine [40], and the results are compared with a magnetic-geared machine.…”

Section: Introductionmentioning

confidence: 99%

Performance analysis of linear permanent magnet Vernier machine using mixed subdomain and magnetic equivalent circuit techniques including end‐effect

Amini

Faiz

2022

IET Electric Power Appl

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Performance analysis of a linear permanent magnet Vernier machine (LPMVM), which has a complex structure, is mostly based on the finite element methods, while for its optimisation or sensitivity analysis a quick mathematical technique is desirable. This paper introduces an LPMVM and its principles of operation. Then, a mixed subdomain and magnetic equivalent circuit are applied to extract magnetic field equations in various parts of the machine, in which the end-effect in included. Besides, the electromotive force, thrust force, normal force and electric equivalent circuit are determined. An LPMVM was prototyped and tested to verify the accuracy of the proposed method.

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