Department of geology northwest university

Teacher Name

≪ strong & gt; 1. Profile & lt; / strong & gt; & lt; br / & gt;

Wang Jiading, male, born in July 1962 in Lantian County, Shaanxi Province, graduated from the Department of Applied Geophysics of Xi'an Institute of Geology (now Chang'an University) in July 1983 with a bachelor's degree of engineering. From September 1983 to July 1986, he studied for a master's degree in seismic engineering at Lanzhou Institute of seismology, National Seismological Bureau, and obtained a master's degree of engineering. Later, he stayed in the Institute for scientific research. He was transferred to Northwest University in August 1994 and has worked so far. From September 1996 to June 1999, he studied for a doctor's degree in geological engineering of Chengdu University of science and technology and obtained a doctor's degree in engineering. From May 1999 to April 2001, he studied in the Postdoctoral Station of geological engineering of Jilin University. He has studied abroad and paid high visits. 1999 & lt; br / & gt;

He was promoted to a professor and was awarded as a doctoral supervisor in 2001. In 2014, he was rated as a second-class professor by Shaanxi Province. In the past 30 years, the research on Loess Landslides has been known as "self-contained system with originality". For the first time, "the mechanism of loess creep, sliding and liquefaction induced by irrigation", "the mechanism of soil disintegration, oblique throwing and dusting induced by earthquake" are put forward "The long-term cumulative strain damage failure sliding mechanism of loess landslides caused by long-term vibration of trains" and the motion characteristic equations of various types of loess landslides are derived, which are verified by examples, and the results are awarded the Gansu Provincial Science and technology progress award. For many times, we went deep into the poverty-stricken mountainous areas of Gansu and Shaanxi Province to carry out landslide emergency relief, and participated in landslide prediction with the theory proposed by ourselves, such as "successful prediction of baizigou landslide in Binxian county", which was praised by governments at all levels, and won the 1999 science and technology progress award of Shaanxi Province. He has presided over or participated in the engineering treatment design of landslide and debris flow for many times and has received good results in practice. The monograph "systematic engineering geological research on typical high-speed loess landslides" written and published by him is the crystallization of his theoretical research and engineering practice for more than ten years. As Zhang zonghu, academician of the Chinese Academy of Sciences and the Chinese Academy of engineering, wrote in the preface of this book, "this book is the first monograph on loess landslide system research in China, with many innovations. For the first time, the critical standard, mechanism, influencing factors and foundation treatment measures to eliminate the two disasters caused by train vibration are put forward in the research of loess subgrade collapse and liquefaction of high-speed railway, which are directly applied to the design and construction of high-speed railway and produce greater social and economic benefits. The achievements have won two first prizes of Shaanxi science and technology award There are 4 first and second prizes of science and technology award of the Ministry of railways. This paper puts forward some original opinions on the study of side slope displacement, subgrade settlement and filler ratio of heavy-duty railway. The results are applied to the construction of heavy-duty railway in South Central Shanxi Province and won the international award FIDIC award. In the study of the settlement of the loess foundation and the stability of the high side slope of the airport runway, the paper puts forward the mechanism of the long-term settlement of the loess foundation and the mechanism of the instability and failure of the loess high side slope under the action of earthquake and the vibration of the aircraft's up and down impulse, and puts forward the reasonable treatment scheme, which is directly applied to the airport construction, and the achievement has won the first prize of Shaanxi Provincial Technology Invention Award. In the aspect of loess collapsibility research, through the large-scale immersion tests in Shanxi, Shaanxi, Gansu and so on, the mechanism of loess collapsibility is put forward. Actively participate in the survey, evaluation and design of national and local engineering construction projects, preside over and complete the foundation survey and design of high-speed railway (highway), bridge, tunnel, house, etc., which has produced greater social and economic benefits. He is good at enlightening new academic thoughts and paying close attention to the international leading edge. It has made a positive contribution to the theory and application of fuzzy information optimization. Two monographs, fuzzy information analysis and application and fuzzy information optimization processing technology and its application, published jointly with Professor Huang Chongfu, have been reprinted several times, with a total of more than 25000 volumes. The principles of information distribution and information diffusion proposed have been widely cited by scholars at home and abroad. <br />

≪ strong & gt; 2. Scientific research & lt; br / & gt;

≪ / strong & gt; 1. Papers: more than 200 papers have been published in domestic and foreign journals, 40 papers have been searched by SCI, 42 papers have been searched by EI, and the representative papers are as follows: & lt; br / & gt;

(1)Jiading Wang,Dengfei Zhang,Cunli Chen,Songhe Wang(2020),Measurement and modelling of stress-dependent water permeability of collapsible loess in China, Engineering Geology, 266:105393 (SCI)<br />

(2)Jiading Wang,Ping Li, Yan Ma, Sai K. Vanapalli(2020), Change in pore-size distribution of collapsible loess due to loading and inundating, Acta Geotechnica, 15(5):1081-1094 (SCI)<br />

(3)Jiading Wang,Xingang Wang, Hongbin Zhan, Haijun Qiu, Sheng Hu(2019),A new superlinear viscoplastic shear model for accelerated rheological deformation, Computers and Geotechnics,114: 103132(SCI)<br />

(4) Jiading Wang, dengfei Zhang, nianqin Wang, Tianfeng Gu (2019), mechanisms of eating induced love slope failures, landslides, 16 (5): 937-953 (SCI, top journal 4.252) & lt; br / & gt;

(5)Jiading Wang, Tianfeng Gu, Maosheng Zhang, Yuanjun Xu(2019) , Experimental study of loess disintegration characteristics,Earth Surface Processes and Landforms, 44(6):1317-1329(SCI)<br />

(6) Jiading Wang, Yuanjun Xu, Yan Ma, shaonan Qiao, Kaiqiang Feng (2018), study on the deformation and failure modes of filling slope in low filling engineering: a case study at a low mountain airport, landslides, 15 (12): 2423-2435 (SCI, top journal 4.252) & lt; br / & gt;

(7)Jiading Wang, Ping Li, Yuanjun Xu, Qi Gu,Tianfeng Gu(2019),&nbsp; Changes in tensile strength and microstructure of loess due to vibration,Journal of Asian Earth Sciences,169(1): 298-307(SCI)<br />

(8)Jiading Wang, Ping Li, Yan Ma, Sai K. Vanapalli(2019), Evolution of pore-size distribution of intact loess and remolded loess due to consolidation. Journal of Soils and Sediments. 19(3): 1226-1238(SCI)<br />

(9)Jiading Wang, Ping Li, Yan Ma, Tonglu Li(2018), Influence of irrigation method on the infiltration in loess: field study in the Loess Plateau, Desalination and Water Treatment,110:298-307(SCI)<br />

(10)Jiading Wang, Tianfeng Gu, Jianbin Wang, Yuanjun Xu, Peng Chen &amp; Muhammad Aqeel Ashraf(2017),Environmental geological features of the red clay surrounding rock deformation under the influence of rock-fracture water, Sains Malaysiana,46(11):2049-2059(SCI)<br />

(11)Jiading Wang, Yan Ma, Qianyi Guo and Di Chu(2017),Influence of pressure and water content on loess collapsibility of the Xixian New Area in Shaanxi Province, China,Earth Sciences Research Journal, 21(4):197-202(SCI)<br />

(12)Wang, J. D. ,Gu, T. F. ,Xu, Y. J.(2017)Field tests of expansive soil embankment slope deformation under the effect of the rainfall evaporation cycle. Applied Ecology and Environmental Research, 15(3):343-357(SCI)<br />

(13)Xingang Wang, Jiading Wang*,Hongbin Zhan, Ping Li(2020),Moisture content effect on the creep behavior of loess for the catastrophic Baqiao landslide, Catena, 187:104371(SCI)<br />

(14)Dengfei Zhang, Jiading Wang*,Cunli Chen,&nbsp; Yuanjun Xu(2020), The compression and collapse behaviour of intact loess in suction-monitored triaxial apparatus, Acta Geotechnica, 15(2):529-548 (SCI)<br />

(15)Dengfei Zhang, Jiading Wang*, Cunli Chen(2020),Gas and liquid permeability in the variably saturated compacted loess used as an earthen final cover material in landfills, Waste Management, 105,49-60(SCI)<br />

(16) Fei Wang, Jiading Wang* ,Xiaoqing Chen , Jiangang Chen(2019),The influence of temporal and spatial variations on phase separation in debris flow deposition, Landslides, 16(3):497-514 (SCI)<br />

(17) He Su, Jiading Wang*, Jingtao Liu(2019),Geochemical factors controlling the occurrence of high-fluoride groundwater in the western region of the Ordos basin, northwestern China, Environmental Pollution, 252:1154-1162(SCI)<br />

(18)Xingang Wang, Yueping Yin, Jiading Wang et al.(2018), A nonstationary parameter model for the sandstone creep tests,Landslides,15(7):1377-1389 (SCI)<br />

(19)Tianfeng Gu, Maosheng Zhang, Jiading Wang et al.(2019), The effect of irrigation on slope stability in the Heifangtai Platform, Gansu Province, China, Engineering Geology,248:346-356(SCI)<br />

(20)Tianfeng Gu,Jiading Wang*, Chenxing Wang,&nbsp; yinqiang Bi(2019),Experimental study of the shear strength of soil from the Heifangtai Platform of the Loess Plateau of China,Journal of Soils and Sediments. 19(10):3463-3475(SCI)<br />

(21)Weidinger J T., Wang Jiading*, Ma, Naixi (2002),The earthquake-triggered rock avalanche of Cui Hua, Qin Ling Mountains, P. R. of China—the benefits of a lake-damming prehistoric natural disaster, Quaternary International, Volume: 93-94, pp. 207-214 (SCI)<br />

(22)Chen Haixia, Wang Jiading*(2014), Regression analysis for the minimum intensity-duration conditions of continuous rainfall for mud flows triggering in Yan’an, Northern Shaanxi(China). Bulletin of Engineering Geology and the Environment, 73(4),917-928(SCI)<br />

(23)Tianfeng Gu, Jiading Wang*(2015), GIS and limit equilibrium in the assessment of regional slope stability and mapping of landslide susceptibility. Bulletin of Engineering&nbsp; Geology and the Environment, 74, 1105-1115(SCI)<br />

(24)X.G. Wang, J.D. Wang*,T.F. Gu et al(2017), A modified Hoek-Brown failure criterion considering the damage to reservoir bank slope rocks under water saturation-dehydration circulation. Journal of Mountain Science,14(4): 771-781(SCI)<br />

(25)Jiading Wang, Youjiang Zeng, Yuanjun Xu, Kaiqiang Feng(2017),Analysis of the influence of tunnel portal section construction on slope stability. Geology, Ecology and Landscapes,1(1):56-65<br />

(26)Jiading Wang(2014). The test analysis on the relationship between slide-zone loess porosity microstructure and dynamic parameters. Applied mechanics and Materials, 638-640:633-638(EI)<br />

(27)Wang Jiading, Peng Shujun, Xie Wanli(2014), Study on the cement-improved loess under the vibratory load by dynamic tests. Advanced Material Research, Vol.838-841, pp:1302-1308(EI)<br />

(28)Jiading Wang and Tianfeng Gu(2013), A mechanism for self-load collapsibility saturated loess liquefaction caused by Earth&nbsp; micro-tremors. Applied Mechanics and Materials. Vols.405-408, pp:541-547(EI)<br />

(29) Wang Jiading, Bai Mingxue, Xiao Shufang (2001), composite mechanism of low angle loess slope sliding under strong earthquake, Journal of geotechnical engineering, 23 (4): 446-450 (EI) & lt; br / & gt;

(30) Wang Jiading, Zhang Xieyuan (1999), mechanism of earthquake induced high-speed loess landslide, Acta geotechnical engineering, 21 (6): 670-674 (EI) & lt; br / & gt;

2. Projects: presided over and completed more than 50 provincial and ministerial level major projects such as NSFC key projects, general projects, national key R & D plans, Ministry of railways, CAAC, etc. representative projects are as follows: & lt; br / & gt;

(1) Research on the mechanism of artificial vibration promoting seepage and sliding of loess landslides (41630639), key project of National Natural Science Foundation of China, director, 2017-2021 & lt; br / & gt;

(2) Earthquake induced loess landslide disaster effect and risk assessment (2018yfc1504703), national key research and development program, person in charge, 2018-2021 & lt; br / & gt;

(3) Study on Mechanism of loess landslide caused by dynamic compaction vibration (41372269), project of National Natural Science Foundation of China, director, 2014-2017 & lt; br / & gt;

(4) Research on loess collapse caused by long-term vibration of high-speed railway (40972193), project of National Natural Science Foundation of China, director, 2010-2012 & lt; br / & gt;

(5) Research on the mechanism of loess landslide under long-term vibration load of vehicle, project of National Natural Science Foundation of China (40572157), director, 2006-2008 & lt; br / & gt;

(6) Test and Research on dynamic characteristics and design parameters of collapsible loess foundation, major science and technology research project of the Ministry of Railways (2005K001-A (G),), director, 2005-2009< br />

(7) Deepening research on Subgrade technology of high speed railway - deepening research on engineering characteristics of collapsible loess foundation (2010g003-c), key scientific research project of Ministry of railways, person in charge, 2010-2012 & lt; br / & gt;

(8) Research on disaster chain and prevention and control of subgrade loess collapse, liquefaction and sliding of high-speed railway (20116101130001), special fund for doctoral program of Higher Education (priority development field), person in charge, 2012-2015 & lt; br / & gt;

(9) Research on Loess characteristics and prevention of Subgrade of xi'an-datong high speed railway (2010t009-c (g)), major scientific research project of Ministry of railways, person in charge, 2010-2013 & lt; br / & gt;

(10) Research on treatment of expansive soil foundation and stability of high fill in Ankang airport relocation project (m2011d021), major scientific research project of CAAC, director, 2011-2018 & lt; br / & gt;

3. Awards: & lt; br / & gt;

(1) "Theory and application of geological hazard risk identification and control", won the first prize of Shaanxi Province Technology Invention Award, 2019 (2019-f1-01-r1, first) & lt; br / & gt;

(2) "Loess disaster mechanism, key technologies for prevention and control and their application in major railway projects" won the first prize of Shaanxi Provincial Science and technology award, 2017 (January 09-r1, first) & lt; br / & gt;

(3) "Geological disaster investigation, occurrence rule and risk control technology in the Loess Plateau of Northern Shaanxi", won the first prize of Shaanxi science and technology award, 2016 (2016-1-10-r7, the seventh) & lt; br / & gt;

(4) Variation of red soil characteristics of sanyima and key technology of tunnel design and construction, won the first prize of science and technology progress of China Railway Construction Corporation, 2015 (2014-009-d02, second) & lt; br / & gt;

(5) "Loess characteristics and Engineering Countermeasures of Daxi passenger dedicated line and Shanxi south central corridor", won the second prize of Railway Science and Technology (the former Ministry of Railway Science and Technology Award), 2015 (20144240-k2-076-d02, second) & lt; br / & gt;

(6) Deepening research and application of high speed railway subgrade technology, won the second prize of Railway Science and Technology (the third prize of the former Ministry of science and technology of the Ministry of Railways), 2014 & lt; br / & gt;

(7) Xianyang Urban Engineering Geological atlas, won the first prize of national excellent engineering in urban survey (first), 2005 & lt; br / & gt;

(8) "Geotechnical investigation of residential buildings in the west of Caihong community" won the third prize of national excellent project of Urban Investigation and survey, 2005 (first) & lt; br / & gt;

(9) Research on deformation and sliding of loess slope, won the second prize of science and technology progress of Gansu Province, 2002 (second) & lt; br / & gt;

(10) Baizigou landslide prediction in Binxian County, Shaanxi Province, won the third prize of Shaanxi science and technology progress, 1998 (third) & lt; br / & gt;

(11) "Mechanism, stability evaluation, monitoring, prediction and prevention of loess landslides", the third prize of Gansu Province Science and technology progress, 1997 (second) & lt; br / & gt;

(12) "Application of fuzzy information analysis in earthquake and disaster prevention and control", won the third prize of Shaanxi science and technology progress, 1995 (first) & lt; br / & gt;

(13) Research on liquefaction of saturated soil caused by landslide, won the third prize of scientific and technological progress of Gansu Province, 1992 (first) & lt; br / & gt;

(14) Research on the application of fuzzy mathematics and grey theory in geological disasters, won the third prize of scientific and technological progress of Gansu Province, 1991 (first) & lt; br / & gt;

(15) Lanzhou landslide and debris flow disaster prevention plan, won the third prize of Gansu science and technology progress, 1990 (fourth) & lt; br / & gt;

(16) "Small earthquake division of Baoji city", won the three prize of science and technology progress of National Seismological Bureau (ministerial level), 1988 (sixth) < br />

(17) Xi'an earthquake Microzonation won the third prize of science and technology progress of National Seismological Bureau (ministry level), 1987 (sixth) & lt; br / & gt;

(18) The first youth science and technology award of Shaanxi, 1996 & lt; br / & gt;

(19) Research on Key Technologies of major engineering geology in railway construction, won the first prize of science and technology award of Shaanxi University, 2017 (first) & lt; br / & gt;

(20) "The theory and application of geological disaster risk identification and control", won the first prize of Shaanxi University Science and technology award, 2019 (first) & lt; br / & gt;

4. Authorized national invention patent & lt; br / & gt;

(1) Wang Jiading, Liu Bolong, Gu Tianfeng, etc., a foundation and its treatment method for Adobe houses in rural areas in loess area, zl201510023859.92017.2 & lt; br / & gt;

(2) Wang Jiading, Gu Tianfeng, Zhao Jingang, et al. A method and device for micro strain measurement in geotechnical model test, zl201210520993.62015.11 & lt; br / & gt;

(3) Wang Jiading, Ma Yan, et al. Monitoring system and method of soil internal stress change under the condition of immersion in the Loess field, zl201310087230.12014.11 & lt; br / & gt;

(4) Gu Tianfeng, Wang Jiading, et al. A sample cutter for preparing undisturbed loess for triaxial test, zl201110024140.92012. 8 & lt; br / & gt;

(5) Xie Wanli, Wang Jiading, et al., a cement improved reinforced loess subgrade for high-speed railway and its construction method, zl201410848981.52016.7 & lt; br / & gt;

(6) Gu Tianfeng, Wang Jiading, etc., a loading device and method for geotriaxial apparatus, zl201510119920. X, 2017.4 & lt; br / & gt;

(7) Su He, Wang Jiading, et al., a method of water extraction from seepage wells in arid and semi-arid areas, zl201610173895.82018.7 & lt; br / & gt;

(8) Wang Xingang, Wang Jiading, et al., a shear rheometer for soft rock, zl201610023382.9, 2018.12 & lt; br / & gt;

(9) Wang Xingang, Wang Jiading, et al., an early warning system and method for landslide creep monitoring, zl201610466160.42019. & lt; br / & gt;

5. Publish monograph & lt; br / & gt;

(1) Huang Chongfu, Wang Jiading, fuzzy information analysis and application, Beijing: Beijing Normal University Press, December 1992 & lt; br / & gt;

(2) Huang Chongfu, Wang Jiading, fuzzy information optimization processing technology and its application, Beijing: Beijing University of Aeronautics and Astronautics Press, February 1995 & lt; br / & gt;

(3) Wang Jiading, Huiyang River, engineering geology and hydrogeology, Xi'an: Shaanxi people's publishing house, January 1997 & lt; br / & gt;

(4) Wang Jiading, Zhang Xieyuan, systematic engineering geology of typical high-speed loess landslides, Chengdu: Sichuan Science and Technology Press, October 1999 & lt; br / & gt;

(5) Xi'an: Shaanxi science and Technology Press, December 2006 & lt; br / & gt;

(6) Gu Tianfeng, Wang Jiading, application of GIS in loess engineering geology, Beijing: Earthquake Press, October 2013 & lt; br / & gt;

(7) Wang Xingang, Wang Jiading, study on rheological mechanism and stability of slope under complex geological environment, Beijing: Science Press, March 2018 & lt; br / & gt;

≪ strong & gt; 3. Social part-time & lt; / strong & gt; & lt; br / & gt;

(1) Member of the Teaching Steering Committee of the Ministry of Education & lt; br / & gt;

(2) Member of international society of engineering geology and environment, member of international society of civil engineering, deputy director of unsaturated soil and special soil Professional Committee of China civil society, deputy director of risk analysis Professional Committee of China Association of disaster prevention, member of engineering geology Professional Committee of China Geological Society, member of landslide debris flow professional Committee of China Society of soil and water conservation, seismology of Shaanxi Province Member of the Standing Committee, executive director of Shaanxi society of rock mechanics and Engineering & lt; br / & gt;

(3) Journal of geology, ecology and landscapes, Journal of engineering geology, Journal of earthquake engineering, Journal of disaster science, Journal of Northwest Geology & lt; br / & gt;

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Wangjiading

Departments:Geological Engineering Teaching and Research Office
Title:Professor
Honors:National Outstanding Professional and Technical Talent
Direction:Geological engineering, loess landslide and other geological disasters, loess dynamics, large engineering foundation treatment
Email:wangjd@nwu.edu.cn

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