A new asymmetric bar winding concept along with the analysis and benefits for high-speed
traction electric machines is presented. The objective is to reduce the ac losses, especially …

Currently, research is being carried out on the performance improvement of permanent-
magnet-synchronous motors (PMSM) used in air conditioning and blowing systems for …

This paper proposes a method that combines random forest technology (RF) and a genetic
algorithm (GA) for optimal design of traction motors for electric vehicles (EVs). The target …

Motor design can be said as multi-modal optimization problem, as many performances
should be considered. In addition, a time-consuming finite element method (FEM) is …

High-speed rotating mechanical machinery is a developed, mature and reliable technology
for many engineering applications. In high-speed permanent magnet machines, the rotor's …

Due to the trade-off between rotor mechanical strength and magnetic leakage, the high-
speed capability of interior permanent magnet machines (IPMSM) is severely limited. This …

For high-speed permanent magnet machines (HSPMMs), two different rotor structures are
widely used: surface-mounted permanent magnet (SPM) and interior permanent magnet …

Embedded applications like electric and hybrid vehicles are increasingly using electrical
machines with a very high power/mass ratio. In this context, the design of such machines …

In this work, different analytical methods for calculating the mechanical stresses in the rotors
of permanent magnet machines are presented. The focus is on interior permanent magnet …

In this paper, the Novel Immune Algorithm (NIA) is proposed for an optimal design of
electrical machines. By coupling the conventional Immune Algorithm and Steepest Descent …