Fiche individuelle
Wenjing ZHANG | ![]() | |
Titre | Doctorant | |
Equipe | Commande | |
Adresse | Arts et Métiers ParisTech - Campus Lille 8, boulevard Louis XIV 59046 LILLE CEDEX | |
weijing.zhang@ensam.eu | ||
Observation / Thématique de recherche | transverse flux machine, multiphase machine | |
Publications |
ACLI Revue internationale avec comité de lecture |
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[1] Research on a Novel Transverse Flux Permanent Magnet Motor With Hybrid Stator Core and Disk-Type Rotor for Industrial Robot Applications IEEE Transactions on Industrial Electronics, Vol. 68, N°. 11, pages. 11223-11233, 11/2021 ZHANG Wenjing, XU Yanliang, ZHOU Guangxu |
[2] Design of a Novel Claw Pole Transverse Flux Permanent Magnet Motor Based on Hybrid Stator Core IEEE Transactions on Magnetics, Vol. 57, N°. 6, 06/2021 ZHANG Wenjing, XU Yanliang, SUN Mingxin |
ACT Conférence internationale avec acte |
[1] Axial Stress Analysis and Comparison of the Novel Dual 3-phase Axial Flux Permanent Magnet Machines the 11th International Conference on Power Electronics-ECCE Asia (ICPE 2023-ECCE Asia), 05/2023, Abstract ZHANG Wenjing, NGUYEN Ngac Ky, SEMAIL Eric, XU Yanliang |
In previous research, a novel three-phase dual-stator axial flux permanent magnet machine characterized by the advantages of compact structure and low moment of inertia is proposed for industrial robot application. In order to improve its functional reliability furtherly, the dual threephase axial flux permanent magnet machine (DTP-AFPM) is firstly proposed. Benefiting from the combination of 12 slots/10 poles, the coil configuration of one stator disk can be modified to a dual three phase full-pitch winding straightforwardly, as a result, one kind of the DTP-AFPMs is achieved which is named as the no shift model in this paper. For eliminating the coil reconfiguration on each stator disk and the connection of the coils belonging to the same phase
between two stator disks, the shift model which is based on the shift of the two stator disks to obtain the phasor difference
between two three-phase windings is introduced. The characteristics and electromagnetic performances of these two models are analyzed and compared. However, it should be noted that the light-weight disk-type rotor of DTP-AFPMs also degrade the strength of the rotor. The proposed DTPAFPMs are more sensitive to the axial stress on the rotor which introduces not only the vibration and noise but also the deformation or even the damage of the rotor. Thus, the axial stress on the rotor is investigated and treated as a critical evaluation indicator. The axial stress is analyzed under both healthy and fault conditions and its distribution on the rotor is given on a 2-D plane. |
[2] Cogging Torque Reduction for a Novel Disk Transverse Flux Permanent Magnet Motor 2020 IEEE 19th Biennial Conference on Electromagnetic Field Computation (CEFC), pages. 1-4, 11/2020, URL ZHANG Wenjing, XU Yanliang, SUN Mingxin |
AP Autre publication |
[1] Structure Principle and Optimization of a Novel Disk Transverse Flux Permanent Magnet Brushless Motor Transactions of China Electrotechnical Society, Vol. 36, N°. 14, pages. 2979-2988, 07/2021, URL ZHANG Wenjing, XU Yanliang, LI Shucai |
[2] Design and Research of Axial Flux Permanent Magnet Motor Based on Soft Magnetic Composite Material-Si Steel Combined Core Proceedings of the Chinese Society of Electrical Engineering, Vol. 41, N°. 13, pages. 4656-4665, 07/2021, URL ZHANG Wenjing, XU Yanliang, WEI Shunhang, YU Aiguo |
Le L2EP recrute
Dernières actualités
- Summer School, Power electronic converters on transmission system from fundamental considerations to practical applications, 10-13 Jul. 2023
- Ecole d’été EMR’23, 12-16 juin 2023
- Parution d’ouvrage, Modélisation numérique en électromagnétisme basse fréquence par la méthode des éléments finis
- Publication, « ENERGIES RENOUVELABLES Rappels de cours et exercices corrigés »
- INSCRIPTION – Club d’intérêt Électromobilité opus #2, 5 mai 2023
- Soutenance HdR, Zuqi TANG, 21 avril 2023
- Séminaire Jeunes Chercheurs et Chercheuses, 31 Mars 2023
- Séminaire CUMIN, 22 & 23 Mars 2023
- Soutenance de thèse, Yisha CHEN, 9 Mars 2023
- Journée L2EP, 3ème année de thèse, 2 Mars 2023