An increasing need for fast and reliable models has led to a continuous development of
Fourier-based (FB) analytical modeling. This paper presents an overview of the techniques …

Consideration of the overload (OL) performance of electric machines designed for EVs
enables increasing the power density of the propulsion system. This paper aims to show the …

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 …

Actually, the heat transfer prediction and temperature distribution in electrical machines are
realized by using the finiteelement method (Fem) and/or thermal equivalent circuit. The …

Equivalent circuit models (ECMs) are extensively used in the prediction of steady-state
performance characteristics of electric machines due to its simplicity and ease of …

Induction motor time-stepping finite-element analysis requires a lengthy transient response
time to build up the complete steady-state magnetic field distribution in both stator and rotor …

Performance prediction of induction machines (IMs) is highly dependent on the accuracy of
the material characteristics and geometry of the machine during the modeling stage. To …

The aim of this paper is to present our research into the reduction of vibrations in induction
motors. The use of power inverters results in the generation of electrical harmonics, which …

In order to improve the drilling efficiency and accuracy of drilling robot, a linear rotary drilling
motor (LRDM) is proposed with U-type stator and toroidal winding structure. The stator …

This study represents a new hybrid analytical method for predicting magnetic flux distribution
and electromagnetic performance criteria of induction machines. This hybrid analytical …