This article proposes a novel dual three-phase flux-modulated switched reluctance motor
(SRM) drive with maximum torque per ampere (MTPA) capability. Different from the existing …

The torque ripples in a switched reluctance motor (SRM) are minimized via an optimal
adaptive dynamic regulator that is presented in this research. A novel reinforcement neural …

An online torque sharing function (TSF) with instantaneous torque error compensation
method for switched reluctance machines is proposed to maintain a minimized ripple …

This paper presents a comprehensive comparison of switched reluctance machines (SRMs)
with short-pitched and fully pitched windings for the same machine geometry. An SRM …

This paper presents a novel control strategy for switched reluctance motors under unipolar
sinusoidal excitation to minimize torque ripple at medium and low speeds. This strategy …

In this paper, the variable flux reluctance machines (VFRMs) with double-and single-layer
concentrated armature windings are comparatively analyzed. First, the single-layer winding …

This article proposes a novel drive system, which is applied to a novel double-stator
switched reluctance motor (DSSRM). This motor has five work modes due to its structural …

In automotive systems, reliability and cost are paramount for the success of electrical drive
systems. Considering the switched reluctance motor (SRM), the power electronics cost …

There is a variety of converter topologies applicable for switched reluctance machine. The
simplicity, reliability, and suitability are key factors to consider for converter selection for the …

In this paper, analysis of an improved axially flux path brushless-dc machine (IAFP-BLDM)
with the enhanced housing including its operation principle and particular structure is …