This paper considers an optimization of the IE5 four-pole synchronous reluctance motor of a
new design. The motor has an original rotor design and a stator with a fractional-slot winding …

Nowadays, due to the confidence in modeling tools and rapid product iteration, electric
machine designers primarily rely on simulations. This approach reduces time and cost and …

A parametric analysis is carried out to investigate the dependence of the rotor iron losses on
the stator and rotor geometry of several synchronous reluctance machines. Six four-pole …

This paper describes the design of a single-phase high-speed flux reversal motor (FRM) for
use in a domestic application (vacuum cleaner). This machine has a simple and reliable …

Axial flux motors have been in the focus of many research work due to their promising
properties when compared to conventional radial flux machines. Axial flux permanent …

In this paper, the 12-slot/4-pole (12/4) synchronous reluctance motor (SynRM) with
concentrated windings is proposed for low-cost hybrid vehicles. The non-linear magnetic …

The paper considers a design optimization of the four-pole synchronous reluctance motor of
a new design. The motor has an original rotor design and a stator with a fractional-slot …

This paper proposes a 12-stator slot/4-rotor pole (12/4) synchronous reluctance (SynRel)
machine with integral slot concentrated windings (ISCW), a segmented stator, and a skewed …

This paper introduces a double-stator synchronous reluctance motor (DS-SynRM) as a
solution for reducing the torque ripple of single-stator synchronous reluctance motors (SS …

This paper deals with the comparative design and testing of synchronous reluctance
machines with and without the addition of ferrite magnets for lifting applications. First, an …