Many electric traction drive systems (ETDSs) are driven by electric motors primarily
composed of high-energy rare-earth (RE) permanent magnets (PMs), such as neodymium …

Permanent Magnet (PM) machines have attracted much attention due to their high power-
torque density, high efficiency, high dynamic response performance, high power factor, and …

This article is a contribution to answer the following question: Is it possible to design a
permanent magnet machine with the performance expected from rare-earth magnets but at a …

In recent years, Vernier permanent magnet machines (VPMs) have gained much interest in
academia. However, due to the large leakage flux, the power factor of Vernier machines is …

This article presents a new interior permanent magnet (IPM) rotor structure/assembly, which
inherits from the Halbach magnet configuration and spoke-type IPM rotor to achieve a high …

In this article, a 2-D analytical model is presented for brushless double mechanical port flux-
switching permanent magnet machines (BDMPFSPMMs). The BDMPFSPMM is an …

This article serves as an overview of existing models of permanent magnets (PMs) for
electrical machines. The review study starts with the linear recoil model, which is commonly …

A typical 12/10 flux-switching permanent magnet (PM) machine is analyzed using finite-
element (FE) method with special considerations of the silicon steel oversaturation, PM …

Flux-switching permanent magnet (FSPM) machines have received an intense amount of
research interest in recent years, due to their advantages of high torque/power density …

This paper presents a general analytical subdomain model for the computation of magnetic
field distribution in any number of stator slots and rotor poles in presence of only permanent …