Linear motion is rather common in the industry, and linear electric motors (LEMs) can
provide it directly (without a mechanical transmission) through electromagnetic field forces …

The electrical machine (EM) is a key component in plug-in electric and hybrid vehicle (PEV)
propulsion systems. It must be designed for high torque/power densities, wide speed range …

Linear motion is richly present in various industries, from direct electric propulsion in urban
and interurban people movers on wheels or on magnetic “cushions”(MAGLEVs) to indoor …

In this study, interturn short fault models of permanent magnet synchronous motors (PMSMs)
employing series and parallel winding connections are developed using deformed flux …

A revolution in power transmission and distribution, driven by environmental and economic
considerations, is occurring all over the world. This revolution is spearheaded by the …

This paper presents an improved analytical method for predicting the magnetic field and
forces in linear permanent-magnet synchronous machines (LPMSMs) accounting for both …

Fast methods to estimate iron losses of the permanent magnet traction motor during the
drive cycle of the electrical vehicle are compared. The methods use the iron loss information …

In this paper, an overview of analytical techniques for the modeling of linear and planar
permanent-magnet motors is given. These models can be used complementary to finite …

This paper presents an iterative method based on conformal mapping and magnetic
equivalent circuits for on-load analysis of saturated surface permanent magnet machines …

The paper presents a method for calculating the back electromotive force and cogging
torque waveforms of surface permanent-magnet motors using a model based on conformal …