Education

PhD, Tsinghua University, Nuclear Science and Engineering, 2012

MD, Tsinghua University, Nuclear Science and Engineering, 2001

B.S., Tsinghua University, Automation, 1998

Work Experience

11/2004-11/2012, Research Assistant Professor, Division of Thermal Hydraulic Department, INET

12/2012-present, Research Associate Professor, Division of Thermal Hydraulic Department, INET

Social service

Teaching
None

Journal Reviewer
Physics of Fluids

Service to Professional Associations

Member of Associate Editor, Fluid Measurement & Control, 2019-present

Areas of Research Interests/ Research Projects

Prof. Li has been working on the special process parameter measurement for decades. He has more than ten patents on the integrated rod position measurement. Some innovative techniques, such as compression coding measurement, floating adaptive denoising, and parameter adaptive stability technology have been developed by the team guided by Prof. Li. The prototype devices of rod position have passed the composite environment performance test.

Prof. Li worked on scaling analysis technology for more than eight years. He has developed the prototype models for the large passive containment cooling test facility, which was built for the verification test of PWR Major national projects. He also guided the sloshing natural circulation scaling model with department teams.

Prof. Li also concentrates on the flashing mechanism and feature recognition for years. His has guided doctoral students who developed a unified formula to describe flash evaporation, which may fit high-pressure situation as well as low pressure conditions. The relationship between high and low pressure conditions in the classical flash theory is established by this formula. The innovative drag reduction research is on the way.

Prof. Li has participated the international cooperation projects which was organized by IAEA in Croatia. The sensitivity analysis of China's energy structure was built with intelligent planning and optimization technology.

Research Status

2016-present  National projects, Advanced measurement of LWR, 00Honors and Awards

2008-2012 Major national projects, Experiment of passive residual heat removal technology for large advanced PWRSelected Academic Achievement

Selected Academic Achievement

Lian, Haibo；Jiang, Shengyao; Li, Shengqiang; Zhu, Hongye; Yang, Xingtuan. Analysis of Asymmetry Flow in Integrated Small Natural Circulation Reactor .Yuanzineng Kexue Jishu/Atomic Energy Science and Technology, 2019, v 53, n 8: 1410-1416.

Li, Shengqiang；Tan, Ming; Zhang, Zhanbo. An optimization method of brachistochrone problem with viscous friction and its application in ADS design .Qinghua Daxue Xuebao/Journal of Tsinghua University, 2018, v 58, n 6: 563-569.

Zhang, Zhanbo; Li,Shengqiang. Numerical simulation study of the effects of horizontal porous baffles on liquid sloshing in a cylindrical tank .Qinghua Daxue Xuebao/Journal of Tsinghua University, 2018, v 58, n 10: 934-940.

Li Shengqiang,Yanping Huang,Luciano Burgazzi,Annalisa Manera. [J]. Advanced Integral Type Reactors: Passive Safety Design and Experiment .Science and Technology of Nuclear Installations, 2015.

Feng, Beibei; Yang, Xingtuan; Li, Shengqiang; Sun, Yanfei; Tu, Jiyuan; Jiang, Shengyao. Study on thermal-hydraulic behavior of an integral type reactor under heaving condition .Science and Technology of Nuclear Installations, 2014