Abstract The two‐dimensional (2D) analytical model for the calculation of the components of
the flux density distribution in the air gap in a dual‐stator axial‐field flux‐switching …

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 …

The increasing concerns surrounding demagnetization risk and fault tolerance in direct-drive
in-wheel motor applications prompt a detailed investigation. This paper delves into the …

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 …

Axial Field Flux-Switching Permanent Magnet Motor (AFFSPMM) is favored for new energy
vehicles because of large torque at low speeds and saving space. However, the significant …

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 …

With the development of new energy industries, the demand for the driving range and power
quality of electric vehicle (EV) drive systems is growing rapidly. The drive motor is faced with …

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 …