Education background

2006    Doctor, Nuclear Science and Engineering, Tsinghua University
1993    Master, Engineering Mechanics, Tsinghua University 
1990    Bachelor, Engineering Mechanics, Tsinghua University

Experience

08/2008-present, Professor, Division of Reactor Structure, INET
08/2001-08/2008, Associate Professor, Division of Reactor Structure, INET
08/1993-08/2001, Lecturer, Division of Reactor Structure, INET

Areas of Research Interests/ Research Projects

Prof. Zhang’s research interests are in the areas of structural integrity assessment and structural optimization design of the nuclear safety related equipment and system.

Structural integrity assessment

Mechanical analysis of the nuclear safety related equipment and system, including static, dynamic, fatigue, creep, and fracture computations. The results are evaluated and the structural integrity are assessed.

Structural optimization design

The nuclear safety related equipment and system are arranged and designed based on the layout of the nuclear power plant. The detailed structure are designed and optimized according to the results of the integrity assessment.

Research Status

2008-present, Ministry of Science and Technology
Demonstration Project of High Temperature Gas-cooled Reactor Power Plant

1993-2001,Ministry of Science and Technology
10MW High Temperature Gas-cooled   Experimental Reactor

Honors And Awards

10MW High Temperature Gas-cooled Experimental Reactor , First Award of advance of science and technology from Ministry of Education

Academic Achievement

Publications

Zhang Zhengming, He Shuyan, Xu Ming.  Seismic analysis of liquid storage container in nuclear reactors. Nuclear Engineering and Design, 2007, Vol.237, Issues 12-13: pp1325-1331.
Zhang Zhengming, He Shuyan. Study on Leak Rate of Gas Medium in Leak-Before-Break Technique I－Experimental Studies. Nuclear Technology, 2007, Vol.160, No.2: pp170-177.
Zhang Zhengming, He Shuyan. Study on Leak Rate of Gas Medium in Leak-Before-Break Technique II－Theoretical Studies. Nuclear Technology, 2007, Vol.160, No.2: pp178-186.

Last updated：2020-10-06