Locomotion disorder caused by spinal cord injury (SCI) leads to a considerably decreased
quality of people's lives. Although there are no known cure methods for SCI, a lower …

Due to flux modulation (FM) effect, vernier machines (VMs) achieve high torque density,
marking them as promising for variable speed applications. However, their practical …

This article proposes a novel structure of consequent pole dual rotor permanent magnet
vernier machine (CPDRVM). This structure consists of dual-sided stator in which windings …

Permanent magnet Vernier machine (PMVM) has received more and more attention, due to
its high torque density at low rotation speed. This article proposes a dual-stator hybrid …

This article presents a high-fidelity analytical solution and a fast integrated optimization
method for vernier machines. First, a harmonic modeling method (HMM) is adopted to obtain …

Permanent magnet vernier motors (PMVMs) are extremely attractive in low-speed large-
torque (LSLT) and direct-drive (DD) applications, due to high torque density and simple …

This paper designs a new phase winding module structure of the permanent-magnet
machine in order to improve fault-tolerant capability while reducing torque ripple. In this …

In this article two double-sided Field Excited Linear Flux Switching Machines (FELFSM) are
analyzed. Both machines share the same robust and compact stator structure with a modular …

A new linear permanent-magnet (PM) vernier machine with high fault-tolerant is proposed
and studied in this article. PM array with optimally aligned PM, six-phase winding structure …

This paper proposes double sided complementary modular field excited flux switching linear
machine (FEFSLM). FEFSLM offers the low cost, variable flux capability for a wide speed …