Academic Areas: Dynamics and Control of Electromechanical System
Zeng is an associate professor at State Key Laboratory of Digital Manufacturing Equipment and Technology, HUST. In recent years, he has participated in a number of academic research projects: 973 Program, NSFC, 863 Program, National Science and Technology Major Projects and so on.
2003.9-2011.4 Huazhong University of Science and Technology Doctor of engineering
1996.9-1999.6 Wuhan Transportation University (now Wuhan University of Technology) Master of engineering
1991.9-1995.7 Wuhan Transportation University (now Wuhan University of Technology) Bachelor of engineering
Teacher (1999.7-present); School of Mechanical Science and Engineering, Huazhong University of Science and Technology
Technician (1995.7-1996.8); The Fourth Harbor Engineering Bureau of the national Transport Department
Zeng Lizhan, Chen Xuedong, Luo Xin, Li Xiaoqing. A vector control method of LPMBDCM considering effects of PM flux linkage harmonic and cogging force. IEEE Transactions on Magnetics, 46(3): 954-959, 2010
Qian Junbin, Chen Xuedong*, Chen Han, Zeng Lizhan. Magnetic Field Analysis of Lorentz Motors Using a Novel Segmented Magnetic Equivalent Circuit Method. Sensors, 13(2): 1664-1678, 2013
Zeng Lizhan, Chen Xuedong, Bao Xiulan, Luo Xin, Li Xiaoqing. Cogging force computation for permanent magnet linear motor using numerical Schwarz-Christoffel mapping. Electrical and Control Engineering (ICECE), 2011 International Conference on. IEEE, 2011: 4412-4415, Yichang, China, 2011
Wang Yukai, Zeng Lizhan, Li Xiaoqing, Wang Jun, Jin Jianxin. Flux-weakening Control Strategy for Torque Motors. MICROMOTORS, 07:40-44, 2012
Wang Jun, Li Xiaoqing, Zeng Lizhan, Wang Yukai. Design of a High-torque PMSM Control System Based on STM32. MICROMOTORS, 05:36-40, 2012
Wang Sibo, Chen Xuedong, Wang Junfeng, Zeng Lizhan, Li Xiaoqing. Research on High Performance Lorentz Motor Drive. MICROMOTORS, 45(6): 26-30, 2012
Liu Wei, Zeng Lizhan, Li Xiaoqing, Chen Xuedong. Control System Design of a Large Force PMSLM with High Disturbance Rejection Ability. MICROMOTORS, 07:41-45, 2011
AC servo motion control system
Computer network technology and applications
Electromechanical system dynamics analysis and control
State Key Program of National Natural Science of China: Fundamental investigation on motion stability of key components in nano-precision manufacturing machines, No. 51435006, 2015-2019.
02 National Science and Technology Major Projects: Structural dynamics analysis and optimization of dual-stage , No. 2009ZX02208-007, 2009-2014.