Abstract Axial Flux‐Switching Permanent Magnet motors are broadly used in various
industrial applications due to their high torque density and low rotor inertia. However, one …

Transverse Flux machines offer a high torque and power density in low speed which make
them a promising choice for use in wind energy applications. In this paper a new …

Thermal evaluation of permanent magnet-assisted synchronous reluctance motors
(PMaSynRMs) with an outer rotor has not been performed as of yet. Consequently, to fill this …

An outer rotor double permanent magnet (PM) excited flux switching generator is designed
and optimized in this paper for direct drive wind turbine applications. This generator consists …

In compact electric machines with high torque density and direct continuity heat sources,
irreversible damage results from overheating. Therefore, accurate temperature forecasting is …

During conversation energy by electric machines, some energy will inevitably be wasted in
the form of losses. The machine losses will be converted into heat and will increase the …

High-power-range wind generators mainly employ classical variants, with the advantages of
low cost, high robustness and acceptable energetic performance, while for low-power …

In this paper, a new dual-stator axial field flux-switching permanent magnet (DSAFFSPM)
motor has been proposed to improve the torque density and cost of the machine. In this …

The article presents the results of research on transverse flux machine (TFM) modifications
that led to the development of the cogging machine (PMCM) concept and its further …

Losses in electric machines produce heat and cause an efficiency drop. As a consequence
of heat production, temperature rise will occur which imposes severe problems. Due to the …