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A Novel Stator and Rotor Dual PM Flux Modulated Machine

Chinese Journal of Electrical Engineering 2017年第1期3卷 10-15页

作者： Yunchong Wang W.N.Fu Shuangxia Niu Xingjian Li The Hong Kong Polytechnic University Hong KongChina Xi’an Jiaotong-Liverpool University Xi’an710049China

A novel structure of Veriner permanent magnet(VPM)machine is presented as an effective option for high torque density direct-driven *** key is to locate PMs on both sides of rotor and stator,and design the stator PMs as a cylinder shape,the rotation of which can be controlled by an external driven *** this design,magnetic field in the airgap can be directly regulated by the rotation of stator *** structure and operation principle are introduced and the performance is analyzed with time-stepping finite element method(FEM).Analysis results show that the novel structure has really high torque density and good field weakening performance.

关键词： Directly-driven finite element method flux modulation high torque density permanent magnets

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Development of a New Flux Switching Transverse Flux Machine with the Ability of Linear Motion

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CES Transactions on Electrical Machines and Systems 2018年第4期2卷 384-391页

作者： Chengcheng Liu Shaopeng Wang Youhua Wang Gang Lei Youguang Guo Jianguo Zhu State Key Laboratory of Reliability and Intelligence of Electrical Equipment Hebei University of Technology and Key Laboratory of Electromagnetic Field and Electrical Apparatus Reliability of Hebei ProvinceHebei University of TechnologyTianjin300130China School of Electrical and Data Engineering University of Technology SydneyNSW 2007Australia school of electrical and information engineering University of SydenyNSW 2007Australia

This paper proposes a new rotary flux switching transverse flux machine with the ability of linear motion(FSTFMaLM),in which both the stator and the rotor cores are made by using soft magnetic composite(SMC)*** the special design pattern,for the rotary motion model,the proposed machine can combine both the advantages of the flux switching permanent magnet machine(FSPMM)and the transverse flux machine(TFM).It can output with relatively high torque density,and as there is no windings or the magnets on the rotor cores,the proposed machine can operate in the high speed region to improve the output *** the adoption of the SMC materials,the manufacturing of this machine can be quite *** stacking the rotor core together and prolong it with the determined length in the axial direction,in addition with the special control algorithm,the proposed machine can have the ability of the linear *** this paper,the operation principle of this machine has been explained and the design methods are also *** seek the better performance,the main dimension of the machine is optimized,and for the performance evaluation,the finite element method(FEM)is *** proposed machine can be used for the electric driving systems,robotic systems or other applications where the linear motion ability is required.

关键词： Flux switching linear motion high torque density soft magnetic composite(SMC) transverse flux machine

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A Novel Axial Flux Stator and Rotor Dual Permanent Magnet Machine

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CES Transactions on Electrical Machines and Systems 2017年第2期1卷 140-145页

作者： Yunchong Wang W.N.Fu Xingjian Li Hong Kong Polytechnic University Hung HomKowloonHong KongChina Xi'an Jiaotong Liverpool University SuzhouJiangsuChina

A novel structure of axial flux stator and rotor dual PMs Vernier machine is presented as an effective option for high torque-density direct-driven *** key is to locate PMs on both sides of rotor and *** dual PMs,this proposed machine with a novel structure generates an improved torque per armature current at low *** is very suitable for direct drive applications with limited space such as the in-wheel electric vehicle(EV)*** theory of the structure with PMs on both sides is analyzed *** structure and operation principle of machine are introduced and the steady and steady performance of machine is analyzed and verified with time-stepping finite element method(TS-FEM).

关键词： Direct-drive finite element method flux modulation high torque density permanent magnets

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