Education background
Doctor of Engineering: July 1997, China Agricultural University
Bachelor of Engineering, July 1992, Beijing Agricultural Engineering University
Experience
2008.03 - now Professor, Dept. of Thermal Engineering, Tsinghua University, China.
2000.01 -2008.02 Scientific Researcher, Dept. of Mechanical Engineering, RWTH Aachen University, Germany.
1997.09-1999.09 Postdoctoral Researcher, Department of Hydraulic Engineering, Tsinghua University, China.
Concurrent Academic
l Editorial board of “Journal of power and energy“
Member of heat transfer Committee and best paper judge of ASME turbo Expo International Conference on gas turbine
Areas of Research Interests/ Research Projects
Cooling Technology in Gas Turbine
Secondary Air System in Gas Turbine
Optimization Methods and Platform of Cooling System in Gas Turbine
Research Status
Completed research projects:
NSFC International cooperation project: Interaction mechanism of high temperature components of gas turbine
NSFC general project: Heat transfer mechanism of strongly mixed film cooling flow in turbine cascade
NSFC general project: Coupling mechanism of multi physical fields in high temperature and high humidity turbine
973 major project: Gas turbine aerodynamic and thermodynamic design theory and system integration
Tsinghua Independent research project: Research on core technology of heavy duty gas turbine with independent intellectual property rights
Academic Achievement
Dr. Ren, Jing, professor and doctoral supervisor of Gas Turbine Research Institute, Department of energy and power engineering, Tsinghua University, member of ASME Tubo Expo heat transfer Committee and best paper judge, and editorial board member of Journal of power and energy.
Her research is focused on the gas turbine cooling mechanism and optimization, including efficient cooling mechanism of gas turbine and aerodynamic heat transfer characteristics of air system. A cooled turbine optimization platform with independent intellectual property rights is established and applied to the independent research and development of gas turbine. She has been responsible for many national 973 gas turbine projects, national nature science projects and international / enterprise cooperation projects. She has published more than 300 research papers in the concerned areas. She mainly teaches two courses: “Aerodynamic thermodynamics of turbomachinery” and “Gas Turbine: key technology and application”.
