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 …

Surface-mounted permanent magnet (SPM) motors with shaped magnets and a quasi-
regular polygon rotor core (QPRC) are challenging to analyze in terms of accuracy and …

A hybrid computing method for predicting the magnetic field of line-start permanent magnet
synchronous motor is presented in this article. The vector magnetic potential (VMP) is …

In this article, the analysis of induction machines using five separated subdomains including
the rotor slot, rotor slot opening, airgap, stator slot opening, and stator slot regions is …

Solving 2-D Maxwell's equations in interior permanent magnet (IPM) motors is fairly complex
due to the asymmetrical geometry of rotor magnets in the cylindrical coordinate system. This …

Subdomain modeling is among the most reliable and accurate analytical tools for designing
and analyzing permanent magnet machines. However, the application of the two …

Two-dimensional (2-D) analytical modeling of interior permanent magnet (IPM) machines is
quite challenging due to the nonuniform permeability of the rotor core. The choice of a non …

This paper presents an automated deep learning-based design methodology to facilitate the
design and optimization processes in electro-mechanical energy conversion devices. To …

In this article, a hybrid analytical model for a quasi‐regular polygon rotor (QPR) is proposed.
It mainly uses the subdomain method and conformal mapping to solve a non‐circular …

Traditional subdomain models based on equivalent currents cannot consider the actual
permeability of permanent magnets (PMs) and can only analyze one pair of equivalent …