Permanent magnet (PM) machines have gained increasing attention from the industry
because of their potential merits over conventional electrical machines. High‐temperature …

Thermal analysis is vital in the design stage of permanent magnet synchronous motors
(PMSMs). Though recent studies have developed the thermal equivalent circuit models for …

Fault Detection and Diagnosis of electrical machine and drive systems are of utmost
importance in modern industrial automation. The widespread use of Machine Learning …

The most significant assumption of conventional analytical methods (eg, the subdomain
technique) is that the stator and rotor iron cores are infinitely permeable. The magnetic …

The solution speed of the finite element method (FEM) limits the design and analysis of the
motors in various physical fields. This article presents a rapid prediction method for the …

This article proposes an extended linear analytical solution based on the exact subdomain
(SD) technique applied to any flat linear electromagnetic device for no-load and armature …

Aiming at preventing many undesirable consequences caused by excessive temperature
rise, improving the thermal management capability of interior permanent magnet …

This paper presents a two-dimensional (2D) exact subdomain technique in polar
coordinates considering the iron relative permeability in 6/4 switched reluctance machines …

A two-dimensional semi-analytical thermal model (SATM) is presented, aiming to quickly
and accurately achieve global temperature distribution predicting and hot spot monitoring for …

Due to the complex boundary conditions of the thermal analysis method (AM), the error of
the calculation results is large, and the lumped-parameter thermal network (LPTN) mostly …