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 introduces a novel hybrid modeling approach that combines magnetic equivalent
circuit (MEC) and 2-D analytical methods. The proposed method involves placing PMs on …

Heat and thermal problems are major obstacles to achieving high power density in compact
permanent magnet (PM) topologies. Consequently, a comprehensive, accurate, and rapid …

Disc and cylinder‐based triboelectric nanogenerators (TENGs) have great potential for
harvesting wind energy. However, a significant challenge faced by these TENGs is the wear …

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 …

The temperature sensitivity of giant magnetostrictive materials (GMMs) is a key factor
affecting the performance of giant magnetostrictive transducers (GMTs). Attributed to the …

Similar to armature back electromotive force (armature back-EMF), the back-EMF also exists
in the field winding of hybrid excited machines. However, the existence of field back …

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 …