Flux switching machines (FSM) employing a segmental rotor have field and armature
systems on the stator and a presentation of an unexcited rotor with isolated segments. The …

This paper presents design study on windage loss reduction for hybrid excitation flux
switching motor employing two types of rotor structure. Conventional flux switching motors …

Hybrid excitation flux switching machines (HEFSMs) have a several advantages such as
robust rotor structure, high torque and power capabilities, and high efficiency suitable for …

The operation principle of an axial flux-switching hybrid excitation synchronous machine
(AFHESM) is analyzed and its topology structures are proposed in this paper. After some …

High torque and power density as well as simple rotor structure of flux switching (FS)
machines nominate them as a suitable candidates for electric vehicle (EV) applications …

In this paper, to improve flux-regulation and constant-power speed range, a 10-stator-
pole/18-rotor-pole five-phase hybrid-excitation flux-switching (HEFS) machine with “E”-core …

Various topologies of 3 phase and single phase Field Excitation Flux Switching Machines
(FSMs) have been develop recently due to the advantages of veriable flux capability of DC …

A novel 24/17-pole 3-phase stator wound field flux switching (SWFFS) machine with the
combination of overlapping armature winding (OAW) and asymmetric stator poles (ASP) is …

In this paper, four typical topologies of linear flux-switching machines (LFSMs), which are the
conventional permanent magnet linear flux-switching machine (PM-LFSM), the …

In this paper, the flux regulation and torque capabilities of stator-PM and dual-PM
consequent-pole hybrid excited flux-reversal machines (CP-HEFRMs) are comparatively …