Nowadays, with increasing concerns about environmental pollution and energy crisis
electric vehicles are rapidly developing owing to their significant environmental-friendly …

Most industrial applications concern output torque, rotor mass, and utilization of rare Earth
permanent-magnet (PM) material of electrical machines. Generally, it is challenging to …

This article reveals the flux leakage design and modeling principle of a flux leakage
controllable permanent magnet (FLC-PM) machine by considering driving cycles. The key is …

Interior permanent magnet synchronous motors have become widely used as traction
motors in environmentally friendly vehicles. Interior permanent magnet synchronous motors …

This article proposes a fast and effective optimization procedure to achieve a low material
cost of the ferrite permanent magnet assisted synchronous reluctance machine …

The optimal design of interior permanent magnet synchronous motors requires a long time
because finite element analysis (FEA) is performed repeatedly. To solve this problem, many …

In this paper, a robust optimization design method is proposed and investigated, where a
rare-earth-reduced high-torque-density permanent magnet (RH-PM) motor is selected as a …

As one of the key issues of interior permanent magnet (IPM) motors in the matching of
electric vehicles (EVs), the design and optimization of the rotor are greatly fundamental. This …

In this article, a novel hybrid excitation double stator permanent magnet synchronous
machine (HEDS-PMSM) is designed. The permanent magnets and field windings work …

This article proposes a new fault-tolerant rotor permanent magnet flux-switching (FT-
RPMFS) motor. The key of the proposed FT-RPMFS (PFT-RPMFS) motor is its new rotor …