Resume: 

Dr Li Xinping, male, born in April 1963, hubei tianmen. Now the wuhan university of technology professor, doctoral supervisor, production, distinguished professor, state key laboratory of silicate materials, academic leaders, road and bridge and structural engineering, deputy director of the hubei province key laboratory, enjoy special government allowances. 1983 graduated from wuhan iron and steel institute bachelor of mining engineering major; 1984/1990 in wuhan institute of rock and soil mechanics study for master and doctor degree in rock and soil mechanics, in which 1984/1986 in China university of science and technology of modern mechanical system learning graduate course; 1990 / now in wuhan University of technology (wuhan University of technology) is engaged in geotechnical engineering, the teaching and scientific research in the field of blasting engineering work, 1997 abnormality is promoted to professor, 2006/2007 by national study foundation funded in the United States University of Minnesota department of civil engineering as a visiting scholar. Is director of the Chinese society of rock mechanics and engineering, the Chinese society of rock mechanics and engineering construction safety and protection branch, deputy director, vice director of rock mechanics and engineering, hubei province, the Chinese society of rock mechanics and engineering rock dynamics committee member, deputy director of the professional committee of the Chinese society of rock mechanics and engineering of underground engineering, mechanics, hubei province committee, director of "journal of rock mechanics and engineering, geotechnical mechanics, explosion and impact such as editorial board member. Participation, host and complete the key project of national natural science funds, projects, the ministry of education of institutions of higher learning on the surface of the backbone teacher funding scheme, the national key projects such as three gorges project and so on more than 40 research projects, published more than one hundred academic theses, important one was awarded first prize of national science and technology progress prize, the military, the hubei province won the first prize in science and technology progress prize two, one second prize of natural science, Chinese academy of sciences, state economic and trade commission, the China association for science and technology, wuhan city association for science and technology award item 2, 2 outstanding academic awards. Training postdoctoral, doctor, graduate student more than 50 people. 

The main research direction: 

(1) the fractured rock mass mechanics characteristics and deformation of large underground caverns, slope stability analysis and evaluation; 

(2) in geotechnical engineering deformation monitoring, forecasting theory and technology; 

(3) of geotechnical reinforcement technology and governance theory; 

(4) the controlled blasting technique and blasting effect of research; 

(5) the engineering safety and protection. 

Research results: 

The main awards: 

(1) deep underground * * engineering construction basic theory and key technology research, national science and technology progress prize award, 2011, the fourth; 

(2) deep underground large span resistance directly * * * * * * project key technology research, the Chinese people's liberation army (PLA) won the first prize in science and technology progress prize, 2009, ranked third; 

(3) dynamic mechanics and complex rock mass stability of surrounding rock, the second prize of natural science, Chinese academy of sciences, 1997, ranked second. 

(4) the geheyan hydropower station workshop after the high slope deformation monitoring during the construction and excavation stability evaluation research, and hubei province scientific and technological progress first prize, 1994, the 10th; 

(5) the state economic and trade commission, the China association for science and technology factory "thousand thousand will act together" excellent organization, in 1999, important for members; 

(6) new technology of the rock soil in the three gorges project, the application of the high quality project of wuhan city association for science and technology jinqiao award, 2001, the collective project, one of the head; 

(7) more damage fracture analysis and engineering application of the fractured rock mass, association for science and technology excellent thesis first prize of science and technology, wuhan 1993, ranked first; 

(8) of the fractured rock mass damage fracture model analysis and strength characteristics, rock mechanics and engineering institute of hubei province outstanding paper award, 1990, ranked first. 

The main representative works: 

[1] Li Xinping wei-shen zhu. Much of the fractured rock mass damage fracture model and the model test. Rock and soil mechanics, 1991, Vol. 12 (2) : 5-14 

[2] Xinping Li, Weishen Zhu. Damage Fracture Analysis of a Jointed Rock Mass and Its application in Engineering. The Engineering Fracture Mechanics, 1992, Vol. 43 (2) : 165-170 (SCI, EI) 

[3] Xinping Li, Ruigeng Zhu, Weishen Zhu. The Macro - damage Mechanics of Jointed Rock Mass. Int. Symp. On Assessment and Prevention of Failure Phenomena in Rock Engng., Istanbul, Turkey, Balkema, 1993:79-84 (included in EI, ISTP included) 

[4] Li Xinping wei-shen zhu. Much of the fractured rock mass damage fracture analysis and engineering application. Journal of geotechnical engineering, 1992, Vol. 14 (4) : 1-8 (wuhan city association for science and technology excellent thesis first prize, 1993) 

[5] Zhu Ruigeng Li Xinping, Liu Wenxing. Controlled blasting fracture control and parameter determination. Explosion and shock, 1994, Vol. 14 (4) : 314-318 

[6] Li Xinping, xia yuan, chun-lin hu. Fracture of engineering geological investigation and the damage effect. Journal of geotechnical engineering, 1995, Vol. 17 (4) : 61-66 

[7] Li Xinping Zhu Ruigeng, wei-shen zhu. Fracture theory and application of the fractured rock mass damage. Journal of rock mechanics and engineering, 1995, Vol. 14 (3) : 236-246 

[8] Li Xinping Zhu Ruigeng, xia yuan. The joint deformation of rock mass slope stability study. Journal of rock mechanics and engineering, 1996, Vol. 15 (3) : 236-241 

[9] Li Xinping Zhu Ruigeng etc. Blasting vibration under complicated environment protection field test research. Journal of rock mechanics and engineering, 1996, Vol. 16 (6) : 1-6 

Li xin equality. [10] The Overall Elastic Properties of The Support System of Rock mass and Rock bolts, The Fourth North American Rock Mechanics Symposium, Seattle, Washington, USA, Balkema, 2000:613-617 (ISTP included) 

[11] Li Xinping, jin-huan liu, etc. The Damage and Fracture Strength behaviors of Jointed Rock Mass. J. Wuhan University of Technology - Mater. Sci. Ed., 2002, 17 (3) : 80-80 (Sci, EI, included) 

[12] Li Xinping, cheng-liang zhang, Chen Xian imitation etc. Underground powerhouse rock anchor beam blasting parameters optimization design and the effect. Journal of wuhan university of technology, 2005, 27 (12) : 57 to 60 

[13] Li Xinping Song Guigong, Chen Xian imitation, etc. The anchoring composite mechanical properties of rock mass numerical simulation research. Journal of wuhan university of technology, 2006, 28 (4) : 79 ~ 82 

[14] Li Xinping Chen Junhua Li Youhua, generation of wings to fly. Xiluodu hydropower station underground powerhouse of blasting damage range and criterion research. Journal of rock mechanics and engineering, 2010, 9 (10) : 2042-2049 (EI) 

[15] Li Xinping Chen Junhua Li Youhua, peng-cheng xu. Xiluodu hydropower station underground cavities blasting seismic effect research. Journal of rock mechanics and engineering, 2010, 29 (3) : 493-501 (EI) 

[16] Li Xinping Meng Jian, peng-cheng xu. Xiluodu hydropower station for shaft blasting vibration effect research. Rock and soil mechanics, 2011, 32 (2) : 474-480 (EI) 

[17] Li Xinping, plum, shaw Wang Bin, peng-cheng xu. Kam screen secondary hydropower station, marble and unloading experiments under different stress path. Journal of rock mechanics and engineering, 2012 (5) : 882-889 (EI) 

[18] plum, shaw Li Xinping shan-po jia. Deep single fractured rock mass of triaxial test of the effect of structural plane and mechanics analysis. Journal of rock mechanics and engineering, 2012 (8) : 1666-1673 (EI) 

[19] plum, shaw Li Xinping Guo Yunhua. Order fracture damage characteristics of rock triaxial compression condition. Rock and soil mechanics, 2012 (11) : 3251-2012. (EI) 

[20] Li Xinping, Zhao Hang, Wang Bin, Xiao Taoli. The Mechanical Properties Of Deep - Buried Marble Material Under Loading And Unloading Tests. J. Wuhan University Of Technology - Mater. Sci. Ed., 2013, 28 (3) : 514-514 (Sci, EI, included) 

Scientific research project: 

(in the limit column 5 research projects) 

(1) the characteristics of deep rock mass under high geostress and explosion stress wave propagation law research, national natural science fund project (grant no. 51274157), time: 2013.1-2016.12, funds: RMB 810000 (the first); 

(2) Sri Lanka Moragahakanda first reservoir project safety monitoring and analysis of SINOHYDRO Sri Lanka Moragahakanda project intends to entrust the first reservoir, time: 2013.3 2016.7, funds: RMB 10.615 million (the first); 

(3) the dadu river DaGang shanshui station hub area slope monitoring feedback analysis, key engineering projects, guodian dadu river DaGang electric development co., LTD. Commissioned by mountains and rivers of time: 2010. 11-2015.12, funds: RMB 1.598 million (the first); 

(4) the dam concrete bucket positioning control and construction information management system of scientific research project of key projects, gezhouba group company to entrust, time: 2011.4 ~ 2015.4, funds: RMB 1.55 million (the first); 

(5) the monkey rock hydropower station dam during construction period of temporary and anchor nondestructive testing, safety monitoring and analysis of key projects of scientific research project and gezhouba group company to entrust, time: 2011.12 ~ 2015.12, money: $3.8762 million (the first).