As for electrical excitation segmented-rotor flux-switching machines, the rotor pole number
has great influence on the harmonic characteristics of flux-linkage and back-EMF. Firstly, the …

This paper investigates the voltage harmonics of dual-armature flux-switching permanent
magnet (DA-FSPM) machines under load condition, with particular emphasis on the …

Single phase Field Excitation Flux Switching Machines (FEFSMs) have been the main
attention of electric machine and as alternative for it is suitable for high speed application but …

In this study, the general optimal stator poles/rotor teeth (P/T) combination equation of the E-
core hybrid excitation flux switching (HEFS) machines are introduced, and a new HEFS …

The general rules of rotor pole and armature winding configurations combinations for 24-slot
stator wound field flux switching machines (SWFFSMs) are investigated thoroughly in this …

Abstract Field Excitation Flux Switching Machines (FEFSMs) in which, their torque
performance generated by the interaction between armature and Field Excitation (FE) coils …

This paper proposes several slot-pole combinations of flux-reversal machines (FRMs) with
fractional-slot windings (FSWs) to achieve a larger torque density and a lower pulsating …

Due to the special rotor configuration, the coil flux linkage of permanent magnet (PM) excited
segmental rotor flux switching machine (SRFSM) can be considered as the sum of the flux …

In order to investigate the flux adjustment capability of the hybrid excited switched flux
permanent magnet (HESFPM) machines, explore the main factors to influence the flux …

Flux switching machines (FSMs) that consist of all flux sources in the stator have been
developed in recent years due to their definite advantage of single piece robust rotor …