In the last decade, the trend toward higher efficiency and higher torque density electrical
machines (EMs) without permanent magnets (PMs) for the industrial sector has rapidly …

In recent years the synchronous reluctance machines (SynRMs) have received much
attention. They have some good features such as high torque density, high reliability and …

The automated design of synchronous reluctance (SyR) motors based on multiobjective
genetic optimization and finite-element analysis is considered in this paper. Three types of …

The complex rotor structure of the synchronous reluctance machine (SynRM) is analyzed in
this paper. Three macroscopic design parameters are introduced: insulation ratios in the d …

The automatic design of synchronous reluctance (SyR) machines is considered in this paper
by means of finite-element analysis and multiobjective optimization algorithms (MOOAs) …

This paper deals with a detailed geometry analysis of the rotor structure for both
synchronous reluctance and permanent magnet (PM)-assisted reluctance motor in order to …

The rotor design of Synchronous Reluctance machines is considered in this paper, based
on a multi-objective, genetic optimization algorithm and finite element analysis. Three …

The relationship between the well known competitive torque density and less competitive
power factor of reluctance synchronous machines is investigated. The study consists of a …

The torque density and efficiency of synchronous reluctance machines (SynRMs) are greatly
affected by the geometry of the rotor. Hence, an optimal design of the SynRM rotor geometry …

This paper details a qualitative comparison between different types of electrical machine for
hybrid electric vehicle traction applications. Targets set by the US Department of Energy for …