Add to ORKGThis paper proposes a general method for calculating the winding factor of flux switching machines (FSMs) using the numbers of phases, stator slots and rotor teeth. With this method, winding factors of FSMs with different numbers of phases, stator slots and rotor teeth are obtained and compared. Based on the obtained winding factors, a novel design of flux switching machines with distributed windings is proposed and analyzed
The flux switching machine is a relatively new class of reluctance machine in which power is convert...
This paper proposes a concept of fictitious "Electrical Gear" to analyze the flux pattern in the thr...
The purpose of this paper is to choose a new topology for bearingless flux-switching slice motors, r...
Flux-switching machines (FSMs) are a strong candidate for in-wheel traction of electric vehicles. Ho...
Purpose This paper is aimed at general investigation of winding topologies for flux-switching motors...
International audienceIn this paper, a method to calculate the winding factor by only considering st...
A two-dimensional finite element approach for designing RPMFS (Rotor Permanent Magnet Flux Switching...
The three phase flux reversal machine (FRM) is a doubly salient permanent magnet machine with concen...
AbstractFlux switching machines (FSMs) that consist of all flux sources in the stator have been deve...
Comparison of the electromagnetic performance of a flux-switching permanent magnet (PM) machine havi...
Abstract: The coil-emf vectors in flux-switching permanent magnet (PM) brushless ac machines are ana...
This paper proposes a concept of fictitious ‘Electrical Gear’ in analyzing the flux pattern of Flux ...
In this paper, three advanced partitioned stator flux-switching permanent-magnet (PS-FSPM) machines ...
This paper proposes a new partitioned stator flux reversal permanent magnet (PM) (PS-FRPM) machine h...
Flux-switching motors (FSM) are competitive candidates for in-wheel traction systems. However, the a...
The flux switching machine is a relatively new class of reluctance machine in which power is convert...
This paper proposes a concept of fictitious "Electrical Gear" to analyze the flux pattern in the thr...
The purpose of this paper is to choose a new topology for bearingless flux-switching slice motors, r...
Flux-switching machines (FSMs) are a strong candidate for in-wheel traction of electric vehicles. Ho...
Purpose This paper is aimed at general investigation of winding topologies for flux-switching motors...
International audienceIn this paper, a method to calculate the winding factor by only considering st...
A two-dimensional finite element approach for designing RPMFS (Rotor Permanent Magnet Flux Switching...
The three phase flux reversal machine (FRM) is a doubly salient permanent magnet machine with concen...
AbstractFlux switching machines (FSMs) that consist of all flux sources in the stator have been deve...
Comparison of the electromagnetic performance of a flux-switching permanent magnet (PM) machine havi...
Abstract: The coil-emf vectors in flux-switching permanent magnet (PM) brushless ac machines are ana...
This paper proposes a concept of fictitious ‘Electrical Gear’ in analyzing the flux pattern of Flux ...
In this paper, three advanced partitioned stator flux-switching permanent-magnet (PS-FSPM) machines ...
This paper proposes a new partitioned stator flux reversal permanent magnet (PM) (PS-FRPM) machine h...
Flux-switching motors (FSM) are competitive candidates for in-wheel traction systems. However, the a...
The flux switching machine is a relatively new class of reluctance machine in which power is convert...
This paper proposes a concept of fictitious "Electrical Gear" to analyze the flux pattern in the thr...
The purpose of this paper is to choose a new topology for bearingless flux-switching slice motors, r...