1990 Northwestern Polytechnical University obtained a master's degree in engineering thermophysics.
Work experience 1990 to 1994 Lecturer, School of Power and Energy, Northwestern Polytechnical University.
1994 promoted to associate professor.
Specialized courses in undergraduate education include engineering thermodynamics and thermal equipment.
Postgraduate courses include advanced engineering thermodynamics, thermal fluid, advanced fluid and heat transfer calculation technology.
Research interests include engineering thermodynamic system, heat transfer, aero-engine cooling protection technology, air system, rotating disk cavity and air pre-rotation system, thermal flowmeter, flowmeter and temperature testing technology.
The scientific research project [1] "Experimental study on heat transfer and flow characteristics of non-circular spoiler column" was supported by the Aviation Basic Science Foundation 1999 to 200 1.
[2] Experimental study on heat transfer and flow characteristics and rotation effect of non-circular spoiler, Key Laboratory of Aeroengine Aerodynamics and National Defense Technology Thermodynamics, 2000 ~2002.
[3] "Study on Optimization of Flow and Heat Transfer in High Pressure Turbine Cavity", a cooperative project of rolls royce German Branch, 2000-2005.
[4] Design and analysis technology of air-cooled blade air supply system, 2008 ~20 1 1 year.
[5] Structural Design and Experimental Research of Sealed Labyrinth, 20 12~20 14.
[6] "Study on flow and temperature drop characteristics of pre-swirl system of booster wheel", project of AVIC Commercial Aeroengine Company, 20 12~20 14.
[7] Study on Flow and Heat Transfer in High Pressure Pre-swirl System, 20 12~20 15.
Academic achievements published more than 30 academic papers, of which more than 20 were included by EI. Representative papers:
1. "Solving incompressible N-S flow by TVD scheme", Journal of Aerospace Dynamics, vol. 9,No. 1, 1994, 1.
2. "Similarity Analysis and Calculation of the Performance of Rotary Dehumidifier", Journal of Solar Energy, 15, No.2,1April 1994.
3. "Mathematical Model and RDEH Program of Rotary Dehumidifier", Journal of Solar Energy, Vol. 15, No.3, No.11July 994.
4. "Similarity analysis of laminar flow between rotating disk and static disk cavity and numerical solution of N-S equation", Journal of Aerospace Dynamics, Vol.9, No.4, 1994, 10.
5. "Numerical calculation and analysis of rotary solid desiccant refrigeration and air conditioning system", Journal of Solar Energy, Vol. 17,No. 1,No. 1996,No. 1.
6. "Local heat transfer characteristics of rotating disk cavity with micro turbine", propulsion technology, June 2005, Vol.26, No.3,
7. Exploration and Research of New Heat Flow Meter Measurement Technology, Measurement Technology, Volume 27, No.2, 2007.
8. "Numerical Simulation of Flow Field in Rotating Disc Cavity of Micro Turbine", Computer Simulation, Volume 24,No.1/.
9. "Experimental Error Analysis of Temperature Drop of Pre-swirl Intake System with Cover Plate" Vo l. 10, No.26, September 20 10.
10. "Numerical study on temperature drop and pressure loss of pre-swirl system with cover plate", Journal of Aerospace Dynamics, 20 10, 1 1.
1 1. "Flow Experiment of Pre-swirl System with Cover", Vol.32, No.5, 20 1 1 month, Vol.32, No.5.
12. "two-dimensional and three-dimensional calculation of flow field in rotating cavity with micro turbine" RR/AVIC technical seminar, April 8, 2003-10.
13. "Numerical study on the influence of rotation on the heat transfer of non-circular spoiler column", Proceedings of the 13th symposium on combustion, heat and mass transfer of the Combustion, Heat and Mass Transfer Committee of China Aviation Society, June 2005 10, Kunming, Yunnan.
14. "Experimental and Computational Study on Heat Transfer and Flow Characteristics of Non-circular Spoiler Column", China National Defense Science and Technology ReportNo. GF-A004 1692M, China Aviation Science and Technology ReportNo. HK-JB003781m.
15. "Experiment on the internal flow field distribution of a medium-speed rotating turbine disk cavity", Propulsion Technology, August 2006, Vol.27, No.4.
16. Engineering Thermodynamics, September 2006, Northwestern Polytechnical University Press, Tenth Five-Year Textbook of Science, Technology and Industry for National Defense.
Honorable Award-winning (1) Experiment of film cooling flow and heat transfer in the reflux heat exchange wind tunnel and fan hole.
Aviation industry corporation of china 1996 Third Prize of Scientific and Technological Achievements
(2) Research on heat transfer and cooling technology of aero-engine.
Third Prize of Scientific and Technological Progress of State Education Commission 1997
(3) Experimental study on the flow of air-cooled blades and heat transfer on the end wall with or without air film.
Aviation industry corporation of china 1999 First Prize of Scientific and Technological Achievements.
(4) Analysis and experiment of external heat transfer of compound air-cooled blades.
Aviation industry corporation of china 1999 Second Prize of Scientific and Technological Achievements
(5) Experimental and analytical research on external heat transfer of turbine blades under high mainstream turbulence.
In 2003, the second prize of science and technology in colleges and universities in Shaanxi Province.
(6) "Research on heat transfer mechanism of laminated blades" won the second prize of national defense science and technology in 2006.
(7) The textbook Engineering Thermodynamics won the Eighth Excellent Textbook Award of Northwestern Polytechnical University 20 1 1, 20 1 1, 10.
(8) The textbook Engineering Thermodynamics won the second prize of Shaanxi Excellent Textbook 20 1 1.