Li Zongli
Professor
Water Resource and Architectural Engineering
Northwest A&F University
China
Biography
Li Zongli, male, born in January 1967, Doctor Degree of Engineering, Professor, Ph. D. Candidate Tutor. In 1989, graduated from Irrigation and Drainage Engineering in Northwest Agriculture University, get Master's degree in 1992; received a doctorate of Hydraulic Structure Engineering at Hohai University in 2005. Majoring in stability analysis of hydraulic structures and geotechnical engineering, teaching and research on design theory and method of hydraulic metal structure. At present, vice President of the college of water resources and architectural engineering.
Research Interest
[1] On the part of stability analysis theory on hydraulic structures and geotechnical engineering, the main research contents include hydraulic fracturing of rock mass concrete materials, safety evaluation theory and method on the failure mechanism of high dam and stability analysis theory on high rock slope and underground cavities rock. [2]In terms of research on hydraulic structures and geotechnical numerical analysis theory and application, the main research contents include multi-field coupling analysis in continuum and discontinuous medium, and the development and application of numerical simulation software on damage and fracture analysis. [3] Hydraulic steel gate design theory research, mainly include the static and dynamic analysis theory of hydraulic steel gate, the theories of stability analysis on the steel structure component and the structure reliability analysis etc.
Publications
-
LI Zongli, WANG Jike ,ZHOU Jianzhao. An analysis of resistant capability to confining pressure of double wall corrugated plastic filter pipe[J]. The journal of northwest agricultural university.1996, 24(6):69-73
-
LI Zongli,WANG Zhengzhong. Reliability analysis modal on main frame system of radial gate and the Monte Carlo method[J].Northwest Water Power. 1995,(3):41-43
-
LI Zongli, HE Yunlin. Optimum design of radial gate main frames[J].Water Resources & Water Engineering. 1993,(2):35-40