Position:Professor
Tutor: Doctoral / Master
Telephone: +86-21-69582154
Email: luzhenggang@tongji.edu.cn
Department: Dept. of Rolling Stock
Main research directions: Dynamics and Control, Railway Vehicle Design, Virtual Design Theory and Method
Lecture course:
Undergraduate Course: 430011 Railway Vehicle Dynamics
430066 Railway Vehicle Design
Graduate Course: 2140130 Multi-body System Dynamics.
2140088 Modern Design Technology of Railway Vehicles
Concurrent post:
Editorial Board Member ：Journal of Tongji University (natural science), Journal of Railway Vehicle
Member of Technical Committee ：National Engineering Technology Research Center for Heavy Haul Express Railway Freight Cars
Educational experience
• 2001～2005, Tongji University, PhD Degree, Majoring in Vehicle Engineering
• 1985～1988, Shanghai Institute of Railway Technology, Master's Degree, Majoring in Railway Vehicles
• 1981～1985, Shanghai Railway University, Bachelor Degree, Majoring in Railway Vehicles
Work experience
• 2000～present: Institute of Rail Transit, Tongji University
• 1998～1999: Technical University of Berlin, Germany
• 1988～1998: Shanghai Railway University Wheel and Rail System Research Institute
Teaching situation
• Major undergraduate courses: "Railway Vehicle Dynamics", "Railway Vehicle Design", etc.
• Main postgraduate courses: "Multi-body System Dynamics", Modern Design Technology of Railway Vehicles "
Research project
• National Key R&D Program: Key technologies and equipment development of express freight trains with 160km/h.
• National Natural Science Foundation of China: Research on fatigue life prediction of high-speed train wheels;
• Shanghai Municipal Commission of Economy and Information Technology: A platform for digital design analysis and verification of rail vehicles
• National 863 Program: "Development of High-speed Maglev Vehicles", a major special project of high-speed maglev transportation technology
• International cooperation project: "Lucky Hong Fast Freight Car Bogie" between Siemens and Technology University of Graz in Austria
• Projects for cooperation with enterprises: design of independent rotating wheel bogies for low-floor light rail vehicles, research on the design and control of permanent magnet motors for low-floor light rail vehicles, development of digital simulation platform for urban rail vehicles, research on monitoring systems for express freight vehicles, heavy-duty vehicles Research on freight train-bridge coupling technology, reliability analysis of rail vehicle operation failure, etc.
Academic papers
• Zhenggang Lu; Xiaochao Wang*; Keyu Yue; Juyao Wei; Zhe Yang; Coupling model and vibration simulations of railway vehicles and running gear bearings with multitype defects, Mechanism and Machine Theory, 2021, 157: 104215.
• Zheng-Gang Lu; Yang Zhe*; Qi Huang; Xiao-Chao Wang; Robust active guidance control using theμ-synthesis method for a tramcar with independently rotating wheelsets, Proceedings of the Institution of Mechanical Engineers - Part F: Journal of Rail and Rapid Transit, 2019, 233(1): 33-48.
• Zheng-Gang Lu; Xiao-Jie Sun*; Jun-Qi Yang; Integrated active control of independently rotating wheels on rail vehicles via observers, Proceedings of the Institution of Mechanical Engineers - Part F: Journal of Rail and Rapid Transit, 2017, 231(3): 295-305.
• Xiaochao Wang; Zhenggang Lu*; Juyao Wei; Yuan Zhang;Fault Diagnosis for Rail Vehicle Axle-Box Bearings Based on Energy Feature Reconstruction and Composite Multiscale Permutation, Entropy, 2019, 21(9): 865.
• Lu, Zhenggang; Zhang, Baoan; Wang, Hengliang; Wheel reprofiling of a high-speed electric-multiple-unit train based on a multi-objective optimization strategy, Proceedings of the Institution of Mechanical Engineers - Part F: Journal of Rail and Rapid Transit, Volume 229 Issue 5 Page 484-499 Published 2015.
• Zhenggang Lu; Yang Zhe*; Wenwei Liu; Analysis of High Speed Rotating Flexible Wheelset-Flexible Track Coupled Dynamics, 24th International Symposium on Dynamics of Vehicles on Roads and Tracks (IAVSD 2015).
• Zheng-Gang Lu; Wenbin Wang; Railway Vehicle Design, Tongji University Press, ISBN: 9787560861159, 2015.
Awards and patents
• Mao Yisheng Science and Technology Award: Railway Science and Technology Award; 2006.
• First Prize of Heilongjiang Province Science and Technology Progress Award: P65 Luggage Express Box Car; 2003.
• Zhenggang Lu; Xiaojie Sun; Hengliang Wang; Disc type permanent magnet power generating device at axle end of railway freight car, 2014.09.17, China, ZL201210561240.X.
• Zhenggang Lu; Shengchen Cao; Xiaojie Sun; Axle end power supply device of railway express freight vehicle, 2014.09.17 ,China, ZL201210561264.5.