After designing and optimizing an electric machine, efficiency maps are needed to predict a
vehicle's performance in a dynamic simulation. Calculating efficiencies at various torque and …

Permanent magnet motor is an attractive candidate for its utilization in electric vehicle. In this
paper, an interior V type permanent magnet (IVPM) motor with strengthening rib and …

Using a data-driven approach, this paper provides electromagnetic, structural, acoustic, and
thermal guidelines for designing synchronous reluctance machines. Design spaces of …

It is well-known that mankind is facing with the pressure of climate change. There are two
basic ways to significantly reduce harmful emissions: to radically increase the share of …

Currently the worldwide energy utilization is extremely increasing. There is a real risk of
depleting in a relatively short time period all the natural resources of the Earth, meanwhile …

The iron loss in the ferromagnetic cores of electrical machines under PWM excitations could
be many times higher than the loss under sinusoidal excitation. Therefore, the effects of the …

Design and optimization of an interior-permanent magnet motor (IPM) with tooth-coil-
windings (TCWs) for traction motors are studied. Main goals are to deliver high torque and …

In recent years, there has been rapid development in the field of electric vehicles (EVs), with
a steady increase in market share. Permanent magnet synchronous machines (PMSMs) …

Over the past century, electric machines have been used in many applications and sizes,
ranging from washing machines and other home appliances to large pumps and fans within …

Purpose This paper aims to propose a numerical methodology to reduce the number of
computations required to optimally design the rotors of synchronous reluctance machines …