WANG Enzhi
Position:Tenure Professor
Address:Department of Hydraulic Engineering, Tsinghua University, Haidian District, Beijing, 100084, China
Tel:86-10-62783773
E-mail: nzwang@mail.tsinghua.edu.cn
Educational Background
BA: Sep. 1978-July.1982, Hydrogeology and Engineering Geology, Jilin University, China,
MA: Sep.1985-July.1988, Hydrogeology and Engineering geology, Changan university, China,
PhD: Sep.1988-July.1991, Hydrogeology and Engineering geology, Changan university, China.
Work Experience
1982-1988, Associate lecturer, Changan University, China. In which, as an advanced student for mathematics in Northwest University, China.
1991-1993, Post doctor, Department of Hydraulic Engineering, Tsinghua University, China.
1993-present, Associate Professor (1993-2003), Professor (2003–),Tenure Professor (2016-) , Department of Hydraulic Engineering, Tsinghua University, China.In which, as a visiting scholar in Hongkong University(3 months, 2001), the University of Western Australia(1 month, 2003,2006,2010,2013), and Pennsylvania State University(1 month, 2009,2012,2014).
Teaching Courses
1.Rock Mechanics (for undergraduates)
2. Seepage flow theory and the simulation (for graduates)
Research Interests
1.Seepage flow theory and Groundwater engineering
2. Rock Mechanics and Engineering
3.Coupling groundwater and rock-masses-
4. Stability analysis for the dam base and underground engineering as well as the numerical modeling for the slope and the debris flow
5. Hydraulic engineering designation and dam safety monitoring
6. Modeling and evaluating for groundwater resources and three phases flow (oil, gas & water)
Research Projects
2009, Second Prize of National Science and Technology Advancement Award, China (Rank 3).
2016, First Prize of Science and Technology Advancement Award of Hunan Province (Rank 10)
2015, First Prize of Science and Technology Advancement Award of Power Construction Corporation of China (Rank 10).
2009, Second Prize of Science and Technology Award of China Highway and Transportation Society (Rank 7).
2009, Third Prize of Science and Technology Advancement Award of Yunnan Province (Rank 7)
2008, First Prize of Dayu Water Science and Technology Award of China (Rank 3).
2000, Title of the Excellent Teacher by Tsinghua University.
1998, Title of the first‘Good Teacher and Helpful Friend of Graduates’ by Tsinghua University.
1995, First Prize of the Outstanding Young Teacher Award by Tsinghua University.
1994, Title of the AdvancedYoung Worker of Science and Technology by Chinese Hydraulic Engineering Society.
1993, Silver Prize of the Young Worker of Science and Technology Award by Chinese Geology Society.
Professional Service
Member, the Committee of Teaching Guidance of Geology, the Ministry of Education of China (2006-2010, 2013-2017).
Council member, the Society of Rock Mechanics and Engineering of China, 2005-present.
Member, the Surface Engineering Commission of the Society of Rock Mechanics and Engineering of China, 2003-present.
Member, the Hydrogeology Commission of Geological Society of China, 1997-present.
Member, the National commission of China of International Association of Engineering Geology and Environment, 1997-present.
Member, the Landslip and Falling Commission of Geological Disaster Society of China, 1998-present.
Member, the Engineering geology Committee of Geological Society of China, 2000-present.
Member, the National committee of China of International Hydrogeology Association, 1999-present.
Editorial Board of Journal of Engineering Geology, (2003 – present)
Honors and Awards
Research project as a person in charge.
(1) The mechanisms for the permeable structure variability of mined rock masses and mine water storage within coal-mine gob in the ecologically fragile mine area NSFC project No. U1361103, 2014.1-2016.12;
(2) Study on the damage mechanism of the underground reservoir complex in coal mine and its integral safety analysis methods,State Key laboratory project No. 2015-04,2015.1-2017.12;
(3) The comprehensive development of groundwater resources in ecological fragile mining area. Enterprise cooperation project, 2015.1-2017.12;
(4) Research on key technologies and design of distributed underground reservoir in coal mine, Enterprise cooperation project, 2012.10-2016.12;
(5) Study on feedback analysis of 3D seepage overall dams of Xiangjiaba Hydropower Station during running period, Enterprise cooperation project, 2015.10-2017.12;
(6) Deep high pressure mine hydrogeological parameters and groundwater seepage stress coupling in complex karst fractured rock as well as surrounding rock stability,, Enterprise cooperation project, 2013.9-2016.9。
Engineering design as Chief designer:
(1) Innovation Engineering: Underground reservoir engineering and safety monitoring system of Daliuta coal mine in Inner Mongolia, 2011.12-2015.10;
(2) Innovation Engineering: Scheme design of pumped storage power station in abandoned open pit mine of Haizhou in Liaoning Province, 2010.11-2012.8,;
(3) River management project of Liuhe River and inner river system engineering of Zhangwu new city in Liaoning Province, 2010.6-2017.12;
(4) The water diversion and power generation system engineering of Shangcheng hydropower station in Guanxi Province, 2010.1-2012.12;
(5) Hydropower station engineering of Longhuakou in Shanxi Province, 2007.1-2013.12;
(6) Comprehensive treatment project of disaster prevention and evacuation site of Lantau Peak in Shaanxi Province, 2009.4-2011.2.
Educational Background
Published more than 130 academic papers,in which, SCI and EI more than 60.
Representative papers in recent three years:
(1) Enzhi Wang, Jianwen Zhong, Yiting Zhao & Wenran Mao,Analysis of seepage and seepage control measures in the rockmasses of the Huilong pumped-storage power station. Bulletin of Engineering Geology and the Environment.2014,74(4):1453-1462.
(2) Yang Yu ,  EnzhiWang(Corresponding author), Jianwen Zhong,Xiaoli Liu , Penghui Li , Mei Shi, Zhiguo Zhang Stability analysis of abutment slopes based on long-term monitoring and numerical simulation. Engineering Geology,183 (2014) 159–169.
(3) Qifeng Lv*, Enzhi Wang, Xiaoli Liu,Sijing Wang. Determining the intrinsic permeability of tight porous media based on bivelocity hydrodynetics. Microfluid Nanofluid. 2014,16:841-848.
(4) Jianwen Zhong*,  Enzhi Wang, Yuande Zhou, Qingbin Li, and Penghui Li. Contributions of Flexible-Arch Configurations in Shimenzi Arch Dam: New Evidence from Field Measurements. Mathematical Problems in Engineering, Volume 2014,46739:1-9.
(5) He, Guanhong*, Wang, Enzhi; Liu, Xiaoli, Numerical simulation study on flow in single fractures with different joint roughness coefficient, Rock Mechanics and Its Applications in Civil, Mining, and Petroleum Engineering - Selected Papers from the Proceedings of the 2014 GeoShanghai International Congress, Geotechnical Special Publication, n 237 GSP, p 69-78, 2014.
(6) Wang, Enzhi;  Ma Jiming, Zhong Jianwen, Liu Xiaoli. A design scheme about the construction of pumped hydroelectric storage using wasted open-pit mine, 10th ISE 2014 (International Society of Ecohydraulics), Trondheim, Norway,370-373.
(7) Qifeng Lv, Xiaoli Liu, Enzhi Wang, and Sijing Wang. Analytical solution to predicting gaseous mass ?ow rates of microchannels in a wide range of Knudsen numbers. Physical Review E, 2013, 88(013007): 1-7.
(8) Xiaoli Liu, Enzhi Wang, Sijing Wang。Discontinuous Deformation Analysis for the Slope Stability in Jinping First Stage Hydropower Station, Southwestern China. Disaster Advances, 2012, 5(4): 1056-1061.
(9) Malati Maihemuti, Enzhi Wang Tumarebai Hudan, Qianjun Xu , Numerical simulation analysis of reservoir bank fractured rock—slope deformation and failure processes, 2016..
(10) He Guanhong, Wang Enzhi(Corresponding author), Liu Xiaoli. Modified Governing Equation and Numerical Simulation of Seepage Flow in a Single Fracture with Three-Dimensional Roughness, 2016.
Pre representative papers:
(1) E.Z. Wang, Z.Q.YUE. A dual fracture model to simulate large-scale flow through fractured rocks. Canadian Geotechnical Journal, 2002. Vol.39(6):1302-1312.
(2) Wang Enzhi, Huang Yuanzhi, Wang Hongtao. Flow model in a dual fracture system and its application in Tianshengqiao hydropower station. Proceedings of 2nd Asian Symposium on Engineering Geology and the Environment. Bangi, Malaysia: IAEG Malaysian National Group. Institute of Geology Malaysia. Institute for Environment and Development.Sep.1999, p2-91-99.
(3) Wang Enzhi,Long Teng,Li Ang,XH.Cheng,B.Yu,XD.Deng. An experiment of coupled seepage in a single fracture of rock, Proceedings of ISRM International Symposium: Third Asian Rock Mechanics Symposium, Kyoto, Japan, November 30-December 2,2004, Contribution of Rock Mechanics to the New Century, Millpress Rotterdam Netherlands,2004, Vol.2: 1033-1038.
(4) Wang Enzhi, Lu Qifeng. Impervious wall optimization design of gravity dam on pebble foundation. Proceedings of Inter-national Conference on Anchoring & Grouting towards the new Century[P],Guangzhou: Zhongshan University Publisher,Oct., 1999, p292-295.
(5) Wang Enzhi, Zhang Wenshao, Han Xiaomei and Huang YUanzhi. Experimental study on coupled flow through low permeability rock under confining pressure, Journal of Tsinghua University, v 45, n 6, June, 2005, p 764-767..
(6) Wnag Enzhi, Wang Hongtao, Deng Xudong. ‘Pipe to represent hole’- numerical method for simulating single drainage hole in rock-masses [J]. Chinese Journal of Rock Mechanics and Engineering. 2001,20(3):1-4..
(7) Wang Enzhi, Deng Xudong, Wang Yuanliang, Weishoushong,Huang Yuanzhi. Principium analysis of three dimension seepage flow in fractured rock-masses of Tianshengqiao hydro-power station [J]. Journal of Hydroelectric engineering, Chinese. 2000,71(4):25-32..
(8) Wang Enzhi, Sun Yi, Deng Xudong. Distribution of seepage load in unsaturated zone of single fracture [J]. Journal of Tsinghua University (Science and Technology), Chinese. 2000,40(4):70-72.
(9) Wang Enzhi, Sun Yi and Huang Yuanzhi. The model of three dimensional seepage flow in fractured networks and experimental modeling [J]. Chinese Journal of Hydraulic Engineering. 2002, 307(5): 37-40..
(10) Wang Enzhi, Han Xiaomei and Huang Yuanzhi. Discussion on the mechanism of percolation in low permeability rocks. Chinese Journal of Rock and Soil Mechanics. 2003, Vol.15(supp.):120-124.
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