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 …

A new procedure for the design and optimization of the rotor laminations of a synchronous
reluctance machine is presented in this paper. The configuration of the laminations is …

This study presents the design of a robust five-phase ferrite (Fe) permanent-magnet-assisted
synchronous reluctance motor (PMaSynRM) to mitigate two major design challenges …

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

In a typical inverter-fed AC drive system, the stator windings carry a current with a large
harmonics content, resulting in an increased AC loss. In this paper, the additional copper …

A novel procedure to optimize the rotor design of a synchronous reluctance machine is
proposed. The rotor geometry is symmetrical and based on “fluid-shaped” barriers. The …

Rare earth metals are particularly required as a basic component of permanent magnets in
modern traction drives for electric vehicles. Due to the limited global resources of raw …

Among different AC motors, the synchronous reluctance machines (SynRM) have been an
attractive choice for automotive applications. In a typical inverter-fed AC drive system, the …

This paper proposes a new design strategy for Synchronous Reluctance machines, with
cooperative design in the two environments SyR-e and Motor-CAD. The paper proposes to …

Here we present a comprehensive analysis of structural performance of Induction Machine
(IM) and Switched Reluctance Machine (SRM) rotors under different operational conditions …