The dual-permanent-magnet-excited Vernier (DPMEV) machine has attracted increasing
interest for its high torque density. However, it is difficult to analyze due to the complex …

A comparison of two modular linear permanent-magnet vernier (LPMV) machines is
presented. A modular LPMV machine with a partitioned primary, which can significantly …

It is well known that the vibration performance of the permanent magnet synchronous
machines (PMSMs) will deteriorate under the open-circuit fault operation. However, the …

This study investigates the negative influence of an eccentric permanent-magnet (PM)
design on high-frequency electromagnetic vibration in fractional-slot concentrated-winding …

This paper presents a stator core loss suppression method for a rotor flux-switched
permanent magnet (RFSPM) machine by reconfiguring rotor permeance. By analyzing the …

This article proposes a discrete equivalent magnetic network (EMN) for electromagnetic
force and vibration computation of surface-mounted permanent magnet (SPM) machines …

This study aimed to improve the vibration and torque of an integral-slot surface-mounted
permanent magnet (SPM) machine by optimizing the shape of the harmonically injected …

This article proposes a novel three-redundancy control for the dual three-phase permanent
magnet (DTP-PM) motor to enhance the open-phase fault tolerance. Three redundancies …

The virtual voltage vector based fault-tolerant control has been widely concerned, but
suffering from the increased switching frequency and the reduced bus voltage utilization at …

This article systematically investigates the field and force modulation effects on magnetic
field, radial force, and electromagnetic vibration behaviors of a dual permanent magnet …