Cui Suli

Professional:Associate professor

Department:Geological Engineering Teaching and Research Office

Email:cuisl@nwu.edu.cn

Born in 1980 in Shijiazhuang, Hebei Province, Han nationality, Party member, master tutor.

Teach undergraduate courses: geomechanics, engineering budget; graduate courses: Geotechnical principles and calculation, environmental engineering geology

September 2003 to June 2007: Bachelor of geological engineering, College of civil engineering and mechanics, Lanzhou University

September 2007 June 2012 Lanzhou University School of civil engineering and mechanics

Host project:

(1) The decay mechanism of swelling and self-healing properties of compacted bentonite sand mixture under the coupling action of temperature and chemical solution.

(2) The decay mechanism of swelling and self-healing properties of compacted bentonite sand mixture under the action of temperature.

(3) The independent research project of the State Key Laboratory of continental dynamics (Project No. 201313), the research on the decay mechanism of swelling shrinkage characteristics of expansive soil modified by cement kiln ash (CKD).

(4) Research on the collapsibility of remolded loess

Published papers:

[1] Cui Suli, Wang Anguo, Tian Mingjin, Yan Kai. Experimental study on compaction of expansive soil modified by cement kiln ash (CKD). JOURNAL OF NORTHWEST UNIVERSITY (NATURAL SCIENCE EDITION), 2016,46 (2): 256-260

[2] Cui Suli, Yan Kai, Wang Anguo, Tian Mingjin. Experimental study on swelling shrinkage characteristics of cement kiln ash (CKD) modified expansive soil. Hydrogeology and engineering geology, 2015,42 (5): 102-106

[3] Cui Suli, Si Dongdong, Tao Zhipeng, Zhang Qiqi. Effect of initial moisture content on swelling properties of bentonite sand mixture. Chinese Sci tech paper, 2015,10 (1): 26-30

[4] Su-Li Cui, Dong-Dong Si. Experimental research of swelling behaviors with initial water content and matric suction of bentonite–sand mixtures. Geosystem Engineering,2014,17(6):317-324.

[5] Cui Suli, Zhang Huyuan. Study on expansion characteristics of static compaction bentonite sand mixture. Radiation protection, 2012,32 (5): 289-295

[6]Suli Cui, Huyuan Zhang, Ming Zhang. Swelling property of the compacted GMZ bentonite and sand mixture as buffer material in China[J]. Engineering geology.2012, 141–142: 65–73.

[7]Hu-Yuan Zhang, Su-Li Cui, Ming Zhang, Ling-Yan Jia. Swelling behaviors of GMZ bentonite-sand mixtures inundated in NaCl-Na2SO4 solution[J]. Nucler engineering and design. 2012, 242: 115–123.

[8] Cui Suli, Zhang Huyuan, Liu Jisheng, Liang Jian, et al. Experimental study on swelling deformation of mixed cushion backfill material [J]. Geotechnical mechanics. 2011, 32 (03): 684-696

[9] Zhang Huyuan, Cui Suli, Liu Jisheng, Liang Jian. Experimental study on swelling force of mixed buffer backfill material [J]. Geotechnical mechanics. 2010,31 (10): 3087-3095. (EI)

[10] Cui Suli, Zhang Huyuan, Liu Jisheng, Liang Jian. Swelling characteristics of bentonite sand and montmorillonite quality ratio [J]. Hydrogeology and engineering geology. 2009 (04): 95-99

[11] Cui Suli, Zhang Huyuan. Study on expansion characteristics of static compaction bentonite sand mixture [J]. Radiation protection. 2012.32 (5): 289-295

[12] Cui Suli, Liu Jisheng, Zhang Huyuan, Liang Jian, et al. Study on the proportion optimization of mixed buffer backfill materials [C] / / the second underground waste disposal seminar. 2008.9.24-27227-235, Dunhuang, Gansu, 2008

[13] Su-li Cui, Hu-yuan Zhang, Ji-sheng Liu. Swelling Character for Compacted Bentonite-Sand Mixture as buffer material for HLW disposal[C]//International Symposium on Unsaturated Soil Mechanics and Deep Geological Nuclear Waste Disposal (UNSAT-WASTE2009). 2009. 8.24-28: 84-89, Shanghai, 2009

Two patents:

[1] Cui Suli, Si Dongdong, Tao Zhipeng. Utility model patent: a compaction device for preparing polygonal remolded loess samples. Patent No.: zl201420482575.7

[2] Cui Suli, Si Dongdong. Invention patent: an engineering property modification method of loess. Patent No.: zl201410653965.0