With ever‐increasing concerns on energy crisis and environmental protection, there is a fast‐
growing interest in wind power generation systems. As electric machines and drives are …

Flux-switching permanent magnet (FSPM) machines have been gaining interest over the
last few decades. This is due to the several advantages that this type of machines provides …

In this study, constrained multiobjective design optimization (MDO) of wound-field flux
switching machines (WF-FSMs) for wind energy drives is undertaken in two-dimensional (2 …

Permanent magnet flux switching machines have been attracting revived research interests
for various applications over the last decades. Those machines not only inherit most merits …

This paper presents work completed in order to investigate the importance of magnetic
shunts in transverse flux machines. Two types of transverse flux machines with different …

One of the disadvantages of permanent magnet (PM) transverse flux machines is high
magnetic flux leakage in the stator and rotor cores. To improve the magnetic circuit of this …

In traditional electricity generation plants, large powerful synchronous, induction, and direct
current generators were used. With the proliferation of microgrids focused on electricity …

This study is used to highlight the potentials of flux switching PM machines for medium-
speed wind generator drives, considering among other things, that the rotor pole number is …

This paper presents an optimal switching-flux motor design in terms of cheap cost, simple
manufacturing process, and easy maintenance. The high cogging effect and its impact on …

In this paper, a novel Ph. D. research process leading to the multi-objective design
optimisation (MDO) of geared medium-speed flux switching machine (FSM) for wind …