Tel:021-69580094
E-mail: liaozhiming@tongji.edu.cn
Department：Vehicle department, Maglev research center, Tongji university
Major research area: Linear motor design, Motor control, Maglev vehicle power supply and electrical system integration, Contactless power supply
Course：Maglev train technology
EDUCATION
2016.9- Tongji University, Control science and engineering, Doctor.
2000.9-2003.3 Southwest Jiaotong University，Electric and electronic，Master.
1991.9-1995.6 Wuhan University of Hydraulic and Electric Engineering，Machine design，Bachelor
1988.9-1991.6 No.1 Middle School of Fushun County, Sichuan Province，High school.
WORK EXPERIENCE
1.2012.10- Tongji University，National maglev transportation engineering technical research center，senior engineer，vice director of the vehicle department;
2.2003.8-2012.9 National maglev transportation engineering technical research center，senior engineer，vice director of the vehicle department;
3. 1995.7-2000.8 Jiangyou power plant of Sichuan，technical assistant engineer.
TEACHING COURSE
Maglev train technology.
PROJECT
1.Research of permanent magnet linear drive logistics transmission test system，2019.3-2021.8，Project Manager;
2.Research on key technology of HTS Maglev Transportation and development of test system，2019.1-2020.12，Project Manager;
3.High tech projects of Shanghai "science and technology innovation action plan" ,Research on test system and control technology of HTS linear motor，2017.7-2020.6，Project Manager;
4. Project of National key R & D plan for the 13th five year plan，Research on Contactless power supply technology for medium speed maglev vehicle，2016.7-2020.12，Project Manager;
5.Major projects of national science and technology support plan in the 12th Five Year Plan，Development of fault location device for key components of boost chopper in high speed maglev train，2014.1-2015.12，Project Manager;
6.Project of Shanghai Science and Technology Commission，Interim Provisions for on board battery of high speed maglev train，Project Manager;
7. Project of National key R & D plan for the 13th five year plan，Simulation verification and optimization design of key technologies for high speed maglev transportation system，2016.7-2020.12，Project participant;
8. Project of National key R & D plan for the 13th five year plan，Analysis of operation environment and influencing factors of high speed maglev transportation system and Research on Key Technologies of system service performance and environmental reliability，2016.7-2020.12，Project participant;
9. Project of National key R & D plan for the 13th five year plan，Research on overall technical scheme of vehicle，2016.7-2020.12，Project participant;
10.Major projects of national science and technology support plan in the 12th Five Year Plan，Development of fault location device for vehicle controller and key components of DC converter of high speed maglev train，2014.1-2015.12，Project participant;
11. Major projects of national science and technology support plan in the 12th Five Year Plan，Development of fault location device for high speed maglev vehicle power net controller and its key components， 2014.1-2015.12，Project participant;
12.Project of Shanghai Science and Technology Commission，Research on Key Technologies of medium and low speed maglev transportation for engineering application，2010.10-2015.12，Project participant;
13. High speed maglev major project of national science and technology support plan in the 11th Five Year Plan，Development of high speed maglev vehicle for engineering application，2007.1-2010.12，Project participant;
14. Major special project of "Research on high speed maglev transportation technology" in 863 plan of the Tenth Five Year Plan，Research on technical conditions and standards of maglev vehicle system，2004.-2007.3，Project participant;
15. Major special project of "Research on high speed maglev transportation technology" in 863 plan of the Tenth Five Year Plan，The overall scheme and integration of maglev vehicle system，2004.-2007.3，Project participant.
REPRESENTATIVE PAPER
（1）Liao Zhiming; Yue Jiguang; Lin Guobin. Application Research of HTS Linear Motor Based on Halbach Array in High Speed Maglev System．IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY, 2021.02;
（2）Liao Zhiming; Yue Jiguang; Lin Guobin; Zhao Huahua. Study on Characteristic of High-Temperature Superconducting Linear Motor for High Speed Maglev System．CICTP 2020, Xian, 2020.08.14-2020.08.16;
（3）Liao Zhiming; Yue Jiguang; Lin Guobin; Caofen. Research on contactless power supply system for High Speed Maglev Train [C]．CICTP 2020,Xian,2020.08.14-2020.08.16;
（4）Liao Zhiming; Yue Jiguang; Zhao Huahua.Battery Charging and Discharging Management Method on High Speed Maglev Train [C]．CICTP 2018, Beijing, 2018.07.05-2018.07.08;
（5）Liao Zhiming; Lin Guobin; Zhao Huahua. Redundant power supply method for high speed maglev train, Journal of power supply, 2017. 03, 15(2): 52~58.
AWARD&PATENT
（1）Liao Zhiming; Lin Guobin. A superconducting magnet for maglev vehicles,2020.06, China, ZL202021138298.X;
（2）Liao Zhiming; Lin Guobin; Pan Hongliang; Han Peng. A fault detection system for controller board of maglev train,2019.12, China, ZL201610093318.8;
（3）Lin Guobin; Han Peng; Pan Hongliang; Liao Zhiming. A power supply system with fault prediction and switching and its control method.2019.11,China，ZL201610074201.5;
（4）Lin Guobin; Pan Hongliang; Liao Zhiming; Han Peng. A fault detection system and method for power net control board,2019.10, China, ZL201610074204.9;
（5）Rong Lijun; Xu Junqi; Han Peng; Liao Zhiming; Gao Dinggang; Lin Guobin, A "three in one" suspension control device,2016.08, China, ZL201620151032.6;
（6）Pan Hongliang; Liao Zhiming; Lin Guobin; Han Peng; Zhang Xingyuan; Wang Xuan. A weight setting method for fault detection data of maglev train control board,2019.09, China, ZL201610108799.5.