A five-phase fault-tolerant combined star-pentagon synchronous reluctance machine
(SynRM) can provide a high torque density, minimal torque ripple, and superior fault …

The capacity to determine how the state variable system would behave during fixed-point
and transition operations is a significant enhancement of the model-free control technique …

In this paper, an improved rotor structure with cross-shaped flux-barriers was proposed to
improve the torque output capacity and reduce the torque ripple of the synchronous …

This paper compares and evaluates the cost, performance, and reliability of an existing three-
phase synchronous reluctance machine (SynRM) drive system when it is revamped by …

This article presents an accurate analytical model (AM) for synchronous reluctance machine
(SynRM) that incorporates the effect of stator slots on the air gap flux density and torque …

This paper introduces and analyzes the power losses of a five-phase drive system based on
an indirect matrix converter (IMC) and a five-phase synchronous reluctance motor (SynRM) …

This paper proposes a novel hybrid permanent magnet assisted synchronous reluctance
machine (PMaSynRM) aiming to overcome limitations of the conventional PMaSynRM. In …

In this paper, a discrete skew methodology is presented to understand the effect of skewing
angle on electromagnetic torque in SynRM design. A new approach is proposed to estimate …

In the recent literature, a rewinding approach was proposed to construct a rewound five-
phase machine with either star-connected or combined star-pentagon winding using …

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 …