This paper investigates the influence of rotor pole number on the electromagnetic
performance of double-stator switched flux permanent magnet (DS-SFPM) machines. Both …

This paper is a contribution to answering the following question: Is it possible to design a
permanent-magnet machine with the performance expected from rare-earth magnets, but at …

The on-load magnetization characteristics of a newly developed partitioned stator switched
flux hybrid magnet memory machine are comprehensively analyzed in this paper. First, the …

This paper proposes the analytical design methods of axial flux-switching permanent
magnet (AxFSPM) machines. The analytical design methods take the influences of electric …

This work presents the design of a multiphase flux switching permanent magnet (FSPM)
motor for automotive applications. The use of a 12 slot/10 pole combination, configured as a …

A ZW-126/D2000-40 type single-break vacuum circuit breaker (VCB) with controlled
switching technology is designed and produced in this paper. The results of type tests based …

Dual permanent magnet (PM) machines synthesize two PM excitations together and
potentially exhibit higher torque density than conventional single-PM excited machines. In …

For home appliance industry, since cost and space are the two main concerns, high-torque-
density low-speed direct drive solutions are always what people look for. A new type of split …

Demagnetization is one of the most probable faults occurring in Permanent Magnet (PM)
motors. One of the recently developed Permanent Magnet Synchronous Motors (PMSMs), is …

Purpose This paper aims to present a modified MEC algorithm for demagnetization
modeling of the PM motor. One of the major issues that the designers of the permanent …