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

The expansion of permanent magnet (PM) machines due to functional advantages such as
power density and low losses (high efficiency) and better controllability in industrial …

A comparative study of new partitioned stator hybrid excitation axial flux switching
permanent magnet (HEAFSPM) motors with different partitioned excitation stator topologies …

In this article, a parallel-series magnetic circuit multi-permanent magnet (M-PM) motor is
designed and optimized considering magnet characteristic variation effects, where two kinds …

This article proposes a novel pole-changing (PC) permanent magnet (PM) Vernier machine
(PC-PMVM), in which an unevenly distributed modulation tooth structure is adopted in the …

This article proposes a multiple mode current (MMC) control for hybrid-excitation axial flux
switching permanent magnet (HE-AFSPM) motors considering driving cycles. To satisfy the …

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 …

In this paper, a new flux-intensifying fault-tolerant permanent magnet synchronous motor (FI-
FTPMSM) is proposed to improve sensorless operating capacity under multimode operation …

In this paper, a driving cycle design optimization approach using the dimension reduction
method is proposed for a less-rare-earth permanent magnet (LRE-PM) motor. In order to …

摘要双永磁游标电机基于双向磁场调制效应原理运行, 在转矩密度提高的同时,
存在电机损耗较大的问题. 采用传统以电机额定点为优化对象的优化方法 …