
Professor, PhD, Doctoral supervisor
Executive director of Logistics Engineering Branch of Chinese Mechanical Engineering Society.
Committeeman of Society of Automotive Engineering of China.
Vice chairman of Guangdong Provincial Association of Construction Machinery.
Committeeman of Guangdong Mechanical Engineering Society.
Distinguished experts of Guangdong Province Society of Automotive Engineering.
Member of Japan Society of Mechanical Engineering.
E-mail: ctqgdu@scut.edu.cn
Telephone: 020-87112553
QQ: 526109827
School of Mechanical and &Automotive Engineering
South China University of Technology
Guangzhou, P. R. China
Experience introduction
Served as deputy director of department of Mechanical and Electronic Engineering, college of Transportation in SCUT. Vice president of Automotive Engineering School in SCUT. Assistant professor in National Nagaoka University of Technology in Japan. Researcher of Japan Industrial Technology Research Institute and Sloan Automobile Research Institute of Massachusetts Institute of Technology in US. Visiting Professor in University of Toronto and University of Waterloo in Canada.
In recent years, hosted more than 30 cooperation projects, which include international cooperation projects, National Natural Science Foundation of China, Guangdong Natural Science Foundation of China and Guangdong Province major scientific and technological projects. Nearly 130 papers have been published in domestic and foreign magazine. Got 4 China national invention patents, 9 utility model patents and 4 software copyrights. Awarded the third advance prize on technology and science of Guangdong Province in 2017
Research interests:
(1) Research on CAE technology application in electromechanical products and vehicle design.
(2) The impact of uncertain factors on performance of mechanical systems.
(3) PDM technology for electromechanical products.
(4) Modern mechanical design theories and methods. Use FEA and CFD to analysis large-scale linearity, nonlinearity structural and temperature performance.
(5) Research on performance and reliability for Pneumatic system.
Given lessons:
(1) For undergraduate:
Industrial vehicle theory and design
Computer control technology
Reliability theory
(2) For master undergraduate:
Finite element theory and application
Computer aided design and graphics
(3) For doctor undergraduate:
Modern design theory and method of electromechanical engineering.
Foreign academic exchange experience abroad
(1) Served as an assistant professor in Department of mechanical Engineering in Nagaoka University of Technology, Japan, Mar 1998 to Apr 2000.
(2) Served as a visiting researcher in National Institute of Industrial Technology, Japan, Jan 2002 to Apr 2002.
(3) Served as a researcher in structural mechanics Center in University of Toronto, Canada, Feb 2005 to Aug 2007.
(4) Served as a researcher in Mechanical Department in University of Waterloo, Canada, Sep 2007.
(5) Served as a senior visiting scholar at Sloan Automotive Research Institute of Massachusetts Institute, USA, Apr 2009 to Sep 2009
(6) Visited Korea Advanced Institute of Science and Technology in South Korea, National Nagaoka University of Technology in Japan and McGill University in Canada for many times. Also participated in international academic conferences as chairman.
Some of research projects
Mechanical engineering area:
1. Impact of uncertainty factors (such as tolerance, error and environment) on the performance of mechanical transmission systems (such as auto transmission). (Guangdong Province Research Project, enterprises commissioned projects)
2. Variant design and PDM configuration management for electromechanical system. (Guangdong science and technology project).
3. Study on the performance and reliability of pneumatic components. (Long term international cooperation with Japan).
4. Research on Electric air conditioning for new energy vehicles. (Emerging strategic industry projects of Guangdong Province).
5. Hydraulic system simulation of large body ceramic hydraulic press machine. (Tendering project of Guangdong and Hong Kong).
6. Research on semiconductor power generation system for automobile exhaust heat. (Ministry of industry and research project, Enterprise Corporation).
7. FEA and system simulation of high efficiency and energy-saving micro corrugated cardboard production line. (Region key projects, Enterprise Corporation).
8. Characteristics and optimum design of high speed cylinder. (long term international cooperation project with Japan).
Vehicle engineering area:
1. Impact of uncertainty factors (such as tolerance, error, using environment) on the performance of automobile transmission.
2. Simulation Study of vehicle preload safety restraint system and crash safety. (Enterprise Corporation).
3. Research on air suspension system of semi-trailer. (Enterprise Corporation).
4. Simulation analysis on performance of disc brake system of semi-trailers. (Enterprise Corporation).
5. Research on Air conditioning in new energy vehicles electric. (Emerging strategic industry projects of Guangdong Province).
Enrollment Direction
Supervised and trained 53 master degree students, 8 doctor degree students, 1 post-doctoral.
(1) Master degree candidate: Mechanical Engineering and vehicle engineering.
Number of academic master Degree Candidate enrollments: two persons per year.
Number of engineering master Degree Candidate enrollments: not limited.
(2) Doctor degree candidate: Mechanical Engineering.
Number of Doctor Degree candidate enrollments: one or two persons.
Welcome outstanding students who are interested in mechanical engineering and vehicle engineering to participate in the scientific research of the above projects.