Education background

September, 1986 — July, 1991 Tsinghua University (China)

Bachelor, Major in Hydraulic Engineering.

September, 1993 — April, 1997 Tsinghua University (China)

Master, Major in Hydraulic Engineering.

October, 2000 — March, 2004 Kyushu Institute of Technology (Japan)

P.H.D., Major in Mechanical Engineering.

Experience

August, 1991 — August, 1993 Assistant

Department of Hydraulic Engineering, Tsinghua University, China.

May, 1997 — September, 2000 Lecturer

Department of Hydraulic Engineering, Tsinghua University, China.

April, 2004 — November, 2004 Lecturer

Department of Thermal Engineering, Tsinghua University, China.

December, 2004 —present, Associate Professor, Professor

Department of Energy and Power Engineering （Department of Thermal Engineering）, Tsinghua University, China.

Areas of Research Interests/ Research Projects

Unsteady cavitating turbulent flows; Numerical prediction of cavitation erosion and sand abrasion; Miniature fluid machinery; Artificial hearts; Biomechanics; Evaluation for hydropower development and management.

Research Status

The unsteady cavitating turbulent flows in hydraulic machinery, including hydro turbines, pumps, propellers, etc.

Basic study on the fish-friendly hydro machines

Artificial hearts development, biomechanics

New technology development for hydraulic machinery and systems

Evaluation system for hydropower utilization and management.

Honors And Awards

(1) January, 2009 — at present. The 6th, 7th and 8th Committee Member of Chinese Council for Sand Wear in Hydro Machines.

(2) January, 2011— at present. The 1st and 2nd Committee member of small hydropower, Chinese Hydropower Engineering Association.

(3) January, 2013. Second prize, Science and Technology Progress Award for Chinese Ministry of Education. Project title: Mechanism for complex cavitating flows and its engineering applications.

(4) May, 2013. First prize, Scientific and Technological Award of Zhejiang Province. Project title: Key technologies for processing pumps with high temperature and high cavitation performance, and industrial applications.

(5) February, 2015. Second prize, Science and Technology Progress Award for Chinese Ministry of Education. Project title: Turbulent cavitating flows and the applications for hydraulic machinery.

(6) January, 2017— at present. The 7th Committee Member of Chinese Hydropower Equipments, Chinese Society for Electrical Engineering.

Academic Achievement

18 patents

More than 160 technical papers published, please seeThuRID