Position: Professor
Tutor: Doctoral / Master
Rail vehicle dynamics and active control, track vehicle movement, static strength, durability, rail vehicle mechatronic system design and intelligent control, fluid-solid coupling vibration
Lectures：
Undergraduate: principle of automatic control, mechatronic system design (English), train design and system integration;
Graduate students: random vibration and spectrum analysis (English), high-speed railway technology (English), intelligent control technology, system identification
National Natural Science Foundation of China project evaluation experts, the Ministry of Science and Technology science and technology project evaluation experts, the Ministry of Education degree thesis evaluation experts, the field of rail transit bidding evaluation experts, a number of high-level academic journal evaluation experts
2001/09-2004/06, Southwest Jiaotong University, vehicle engineering, Ph.D
1999/09-2001/09, Southwest Jiaotong University, vehicle engineering, Master
1988/09-1992/06, Shanghai Railway Academy, vehicle engineering, Bachelor
Work experience
2015.01- , Professor, Ph.D. Tutor, Tongji University
2014.9-2014.12, Associate Professor, Ph.D. Tutor, Tongji University
2013.9-2014.9, Visiting Scientist, Faculty of Computer Science and Engineering, Concordia University, Canada,
2007.1-2013.9, Associate Professor, Master's Tutor, Tongji University
2006.7-2006.12, Associate Researcher, Tongji University
2004.7-2006.6, Lecturer, Tongji University
1992.7-1999.8, Ministry of Railways Meishan Vehicle Factory, Design Department, Engineer
Represents academic papers
[1] Zhang Jimin, Kou Jie, Zhou Hechao, Wang Chengping. Wheel Wear Comparison between Motor Car and Trailer of Intercity Train, Journal of Central South University. 2021 (SCI)
[2] Kou Jie, Zhang Jimin, Zhou Hechao, Wang Chengping, Sun Lixia. Effect of worn status of wheel/rail profiles on wheel wear over curved tracks, Journal of Mechanical Science and Technology, 2021.03 (SCI)
[3] Kou Jie, Zhang Jimin, Zhou Hechao, Wang Chengping. Dynamics of the differential coupling independently rotating wheels for railway vehicle [J]. Journal of Advanced Mechanical Design Systems and Manufacturing, 2020, 14(6):79. (SCI)
[4] Kou Jie, Zhang Jimin, Zhou Hehao, Wang Chengping. Wheel Wear of Intercity EMU at Non-equilibrium Speed on Curves. (EI)
[5] Kou Jie, Zhang Jimin, Zhou Hechao, Ni Pingtao.Study on Wheel-rail Multi-point Contact Geometry Calculation. 11th International Conference on Contact Mechanics and Wear of Rail/Wheel Systems,2018, (EI)
[6] Kou Jie, Zhang Jimin, Zhou Hechao. Study on The Wheel Wear of Intercity EMU at Non-Equilibrium Speed on Curves. Second International Conference on Rail Transportation (ICRT 2020), 2021. (EI)
[7] Zhang Jimin, Ren Qiao, Zhang Peng. Electromagnetic rotary vortex brake braking moment control. Journal of Tongji University (Natural Sciences Edition),2020 (4).
[8] Zhang Jimin, Wan Jingyuan, Li Wen，Qi Yuan, Hou Chuanlun. RESEARCH ON SIMULATION OF RESILIENT WHEEL DYNAMOMETER. Proceedings of the 2020 Joint Rail Conference, April 20-22, 2020, St. Louis, MO, USA.
[9] Zhang Jimin, Wang Chengping, Zhou Hechao. RESEARCH ON DYNAMICS PERFORMANCE OF TWO GROUPED VIRTUALTRACK TRAIN BASED ON MAGIC FORMULA TIRE MODEL. Proceedings of the 2020 Joint Rail Conference, April 20-22, 2020, St. Louis, MO, USA.
[10] Zhong Xujie, Kou Jie, Zhang Jimin, Wang Chengping. Simulation and Experimental Study on Continuous Force-Measuring Wheelset of Metro Vehicles. Mechanical Design and Manufacturing, 2020 (10): 295-298.
[11] Kou Jie, Zhang Jimin, Zhou Hechao, etc. Analysis of Guiding of the Mechanical Differential Coupling Wheels for Railway Vehicle. Journal of Mechanical Engineering, 2019, 55 (8): 128-135
[12] Zhou Hechao, Bao Zeyu, Xu Shizhou, Zhang Jimin, Tu Haoyun. Study on the Vertical Buckling of Railway Vehicle’s Anti-climber. Journal of Mechanical Engineering, 2019, 55 (16): 170-175 (EI, corresponding author).
[13] Jimin Zhang, Qiao Ren,Peng Zhang,Jitong Zhang, Hechao Zhou。 Analysis of the torque characteristics of an electromagnetic eddy current brake，IMECE2019，Lake City，U.S.，2019.11
[14] Zhou, Hechao; Mei, Mingsu; Zhang, Jimin; Tu, HaoYun. Investigations on the vertical buckling of railway vehicle's anti-climber[J]. International Journal of Crashworthiness. DOI:10.1080/13588265.2019.1701354 (SCI corresponding author)
[15] Zhang Jimin, Ren Qiao, Olivier Fontanier，Wang Chengping, Zhou Hechao. Study on running safety of railway tank car based on the experimental identification model . Proceedings of the 2019 ASME Joint Rail Conference, Lake City，U.S.，2019.04
[16] Hechao Zhou, Jun Zhan, Chao Zhang, Jimin Zhang, Research on the city tram collision at a level crossing. Advances in Mechanical Engineering, 10 (2018), 1-12. (SCI corresponding author)
[17] Zhang Jimin, Wang Chengping, Cao Yumeng, Zhou Hechao. Analysis Of Fluid Solid Coupling Collision Model Of Railway Tank Car. AMSE 2018 Joint Rail Conference, Pittsburgh, PA, U.S.A
[18] Hechao Zhou, Jun Zhan,WenbinWang and Jimin Zhang. Dynamic simulation of train driverv under secondary impact[J]. Advances in Mechanical Engineering,2017, Vol. 9(12) (SCI, corresponding author)
[19] Zhang Jimin; Kou jie; Zhou Hechao, Curving Performance of the Differential-coupled Wheelset Vehicle, Journal of Mechanical Engineering, 2017.10, 53 (10): 94-99
[20] Zhang Jimin, Cao Yumong. Comparison of the equivalent mechanical models of
sloshing liquid in the railway tanker. Railway Science and Engineering.2017
[21] Zhang Jimin, Zhou Junhua, Wang Kaiwen, Zhou Hechao. Identification of
Parameters Based Transformation Vibration Characteristics on Morlet Wavelet Transformation.Tongji University Journal (Natural Science Edition),2015
[22] Zhang Jimin, Zhang Qin, Zhou Hechao, Wang Kaiwen. Tests for a railway
impact characteristics tank car's longitudinal vibration and considering fluid tructure interaction, Vibration and Impact, 2015
[23] Hechao Zhou, Jimin Zhang & Markus Hecht. Three-dimensional derailment analysis of crashed freight trains，Vehicle System Dynamics，2014(SCI，corresponding author)
[24] Zhang Jimin, Zhou Hechao, Hu Yongsheng Sub-frame linear motor steering gear vehicle dynamics and vibration research, vibration and impact,2008
[25] Zhang Jimin, Hu Yongsheng, Lu Zhenggang Study on human vibration simulation during the operation of rail vehicles. Vibration and Impact,2007
[26] Zhang Jimin , Hu Yusheng. Compensation for Input Postpone in TiIting Passenger Car’s Control System . Tongji University Journal (Natural Sciences Edition), 2007
[27] Zhang Jiming, Zhang Jitong, Ren Lihui ，Neural Network Predictive Control of Tilting Control System in TiIting Passenger Car.Tongji University Journal (Natural Sciences Edition), 2006
[28] Zhang Jimin , Wang Kaiwen PID Control on the Tilting Passenger Car Controlling System Based on Predictive Signal.2004
[29] Zhang Jimin , Wang Kaiwen , Chi Maoru.Study on identification methods of tilting servo control system for tilting train.2003
[30] Zhang Jimin, Wang Kaiwen, Chi Maoru. Modeling research on tilting train tilt servo system based on AIC information criterion method China Railway Science . 2003
Projects
1. Ministry of Science and Technology of the People´s Republic of China’s Technology Support Program,2018YFB1201603-08 tire - ground walking device road load and rut formation law study. 2018.06 to 2021.05, in the study, participate
2.Ministry of Education of the People's Republic of China’s Repair Project, 1:5 Multi-functional Rail Vehicle and Train Ring Experimental System, 2016 01 to 2016.12, closed, President
3. Shanghai Peak Plateau Team Construction Project, Carbon Fiber Composite Vehicle Body Lightweighting and Axle Coupling Dynamics ("RailVehicle Lightweight and Energy Saving" Team Project),2016 07 to 2018.06, closed, President
4. Shanghai Pujiang Talent Program, 15PJD038,Modular Intelligent Rail Vehicle KeyTechnology, 2015.09-2018.08, closed, President
5. NSF, 61174214, Research on the dynamic characteristics of rail tankers and the safety impact of running trains in complex internal flow vibration environment, 2012/01-2015/12, closed, President.
6, Ministry of Science and Technology of the People´s Republic of China’s major special project,2012YQ15021307,fiber optic distributed vibration tester in the train operation online safety monitoring and early warning technology applications (sub-tasks), 2012/01-2017/08, closed, President.
7.CETC-29 Project, 20130121003, Moving to moving measurement system, 2013/02-2017/08, closed, President.
8. Ministry of Science and Technology of the People´s Republic of China’s Technology Support Program, 20100160, independent wheel steering frame and shaft bridge bus static strength and fatigue test research, 2010/01-2010/06, closed, participated.
9. Ministry of Science and Technology of the People´s Republic of China’s Technology Support Program, 11504CL047, high-speed maglev vehicle new walking agency program design research, 2008/12-2010/0 6,800,000, closed, participated.
10. International Cooperation Project (Cooperation with Graz University of Technology, Austria),2860239001, Siemens Lucky Hong research,2008/01-2009/12,closing questions, participation.
11．ALSTOM Transportation Equipment Shanghai Company Project, Shanghai Line 5 South Yan Line Train Dynamics Stability Test, 2017/03-2018/03, President
12．ALSTOM Transportation Equipment Shanghai Company Project, Shanghai Line 6 and 8, Phase IV Additional Purchase Project Noise Consulting, Evaluation and Vehicle Noise Testing, 2017/07-2019/06, President
13．ALSTOM Transportation Equipment Shanghai Company Project, Shanghai Line 8 additional purchase project hook force test, 2019/07-2020/12, President
14．ALSTOM Transportation Equipment Shanghai Company Project, Shanghai Line 6 purchase project typical operating map test 2020/01-2021/12, President
15．ALSTOM Transportation Equipment Shanghai Company Project, Shanghai Line 8 purchase project typical operating chart test 2020/01-2021/12, President
16．ALSTOM Transportation Equipment Shanghai Company Project, Shanghai Line 6 additional purchase project energy consumption test 2020/01-2021/12, President
17．ALSTOM Transportation Equipment Shanghai Company Project, Shanghai Line 8 additional purchase project energy consumption test 2020/01-2021/12, President
18．ALSTOM Transportation Equipment Shanghai Company Project, Shanghai Line 6, Phase 4 Purchase Project Dynamic Performance Test, 2018/07-2020/12, President
19．ALSTOM Transportation Equipment Shanghai Company Project t, Shanghai Line 8 Purchase Project Dynamic Performance Test, 2018/07-2020/12, President
20．ALSTOM Transportation Equipment Shanghai Company Project, Shanghai Line 5 South Yan Line Train Dynamics Stability Test, 2017/03-2018/03, President
21. CRRC Luoyang Co., Ltd., Nanjing Metro Rail Exploration Vehicle Dynamics Test, 2017/01-2017/10, President
22．CRRC Luoyang Co., Ltd., RTI (MTR K1802) ultrasonic detection vehicle body static strength test, 2016/06-2017/05, President
23. CRRC Dalian Co., Ltd., Tianjin Metro Line 1 rail inspection vehicle dynamics performance analysis calculation,2018/09-2019/08, President
24. CRRC Dalian Co., Ltd., Tianjin Metro Line 1 rail inspection vehicle dynamics performance analysis calculation,2018/09-2019/08, President
25. SGIS Songshan Co.,Ltd.,120 tons, 130 tons of iron and water vehicle speed-up dynamics performance appraisal, 2018/02-2019/02, President
26. CRRC Shenyang Co., Ltd., new 2T-ton shaft heavy asphalt tanker dynamic performance analysis calculation,2011/01-2011/12, President
Awards
1) Urban rail vehicles are developed with block rubber elastic vehicles
Won the 2019 Jiangsu Province Science and Technology Progress Award, ranked 3.
Won the 2019 Urban Rail Transit Science and Technology Progress Award, ranked No. 4
2) 2011 Su Bangjun Award 2nd Prize Tongji University
3) 2010 Tongji University Excellent Internship Instructor Tongji University
4) 2009 Tongji University Teaching Award Gold Teaching Series Second Prize Tongji University
Patents
1) A rail vehicle moving to moving measurement system and method(2019）
2) A time- and space-based troubleshooting algorithm (2018).
3) A multi-steering rail vehicle air spring-hanging guidance mechanism (2015).
4) An electromagnetically controlled mechanical brake parking device (2016).
5) A rail vehicle wheel rail loader (2014)
6) A steel round spring brake device (2013)
Software copyright
1. Rail vehicle noise analysis software (November 2017 Software Book Registration).
Writings
[1] Train design and system integration Zhang Jimin， Deng Hai， Ye Duwei, Shanghai Science and Technology Literature Press, January 2020, Book No. I SBN978-7-5439-8039-6
[2] High-speed trains. Liang Jianying ，Yang Zhongping ，Zhang Jimin, Shanghai Science and Technology Literature Press, January 2019, Book No. I SBN978-7-5439-7804-1