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Dr.GUI Yue
Dr.GUI Yue
AssociateProfessor
Email：gydrgui@kmust.edu.cn
Academic Qualifications
2000.9-2004.7, BENG,Earth Scientific of Resource and Environment Department of Donghua Geographic Institute.
2004.9-2007.7, MEng, Earth Scientific of Resource and Environment Department of East China University of Science and Technology.
2007.9-2010.7, PhD, Geotechnical Engineering Institute of Hohai University
Working Experience
2010.7 – 2012.9, Kunming University of Science and Technology. Assistant
2011.9 – 2012.7, Tunnel and Underground Engineering Institute of TongJi University. Visiting scholar
2012.9To date, Kunming University of Science and Technology. Associate professor
Research Fields
1. Environmental geotechnical engineering.
2. Research on engineering properties of peat soil.
3.Urban underground space engineering.
Part-time Academic Job
Member of the youth committee of Chinese Institution of Soil Mechanics and Geotechnical Engineering-China Civil Engineering Society.
Research Fundings
<1>National Natural Science Foundation of China: Study on the engineering properties anisotropy characteristics and mechanism of limnetic facies peat soil (Grant No.**), Source of funds: National Natural Science Foundation of China, 2018.1~2021.12, (Host the project. In research).
<2>National Natural Science Foundation of China: Study on the engineering properties and long-term foundation settlement of the plateau lacustrine peat soil considering the decomposition of organic matter. (Grant No.**), Source of funds: National Natural Science Foundation of China, 2016.1~2019.12, (Host the project. In research).
<3>National Natural Science Foundation of China: Study on the expansive properties of solidified dredged sludge-phosphgypsum blends (Grant No.**), Source of funds: National Natural Science Foundation of China, 2012.1~2014.12, (Host the project, Project-ending ).
<4>Supported by Key Laboratory of Ministry of Education for Geomechanics and Embankment Engineering: Experimental study on strength and deformation characteristics of peat soil under dynamic load (Grant No.GH201401), Source of funds: Key Laboratory of Geomechanics and Embankment Engineering（Hohai University），Ministry of Education, 2015.1~2015.12, (Host the project. In research).
<5>Yunnan Applied Basic Research Projects: Study of compaction time and engineering properties of solidified dredged sludge-phosphgypsum blends(Grant No.2011FZ047), Source of funds: Yunnan Provincial Science and Technology Department, 2012.9~2014.9, (Host the project, Project-ending).
<6>Enterprise commissioned technology development projects: Research and application of key technology of underground engineering under complicated geological condition, Source of funds: Yunnan Construction Engineering General Contracting Company, 2014.6~2017.12, (Host the project, In research).
Honors and Awards
1. In 2016, The prominent teacher of the seventeenth Kunming University of Science and Technology Wu Daguan Education Fund;
2. In 2014, Third prize of Yunnan Science and Technology Progress: , ranked fourth.
Academic Achievements
Papers:
[1].Gui Yue, Yu Zhihua, Cao Jing, et al. Experimental study of the change law of consolidation coefficient of the plateau lacustrine peaty soil[J].chinese journal of rock mechanics and engineering. 2016(A01):3259-3267.
[2].Gui Yue, Fu Jian, Wu Chenkun, et al. Hydraulic conductivity of lacustrine peaty soil in plateau areas and its mechanism analysis[J]. rock and soil mechanics. 2016, 37(11) 3197-3207.
[3].Gui Yue, Fu Jian, et al. Shear strength properties and mechanisms of peaty soil with high degree of decomposition in direct shear tests[J]. journal of hohai university (natural sciences). 2016,44(5):418-426.
[4].Yu Zhihua, Gui Yue*, Cao Jing, et al. An experimental study of the rebound deformation characteristics and mechanism of peaty soil under unloading[J]. hydrogeology & engineering geology,2015, 42(5):000107-114.
[5].Gui Yue, Yu Zhihua, Cao Jing, et al. Secondary consolidation properties and mechanism of plateau lacustrine peaty soil[J]. chinese journal of geotechnical engineering. 2015, 37(8):1390-1398.
[6].Gui Yue, Yu Zhihua, Cao Jing, et al. Suitable compaction moment and strength recovery properties of remodeled stabilized dredged soil from dicanchi lake[J]. journal of jilin university (earth science edition),2014,44(06):1928-1935.
[7].Gui Yue, Yu Zhihua, Cao Jing, et al. Study on the engineering properties of stabilized phosphogypsum-dredged material blend[J]. journal of sichuan university(engineering science edition),2014,(03):147-153.
[8].Gui Yue, Gao Yufeng, Zhang Qin, Chen Guodong, Li Zhenshan. Stabilized effectiveness of dredged sludge by quicklime and phosphogypsum[J]. journal of zhejiang university (engineering science) 2010, 44(10) :1974-1978.
[9].Gui Yue, Du Guoqin, Zhang Qinyu, Song Wenzhi, Cai Chao. Study of compaction method of lime-stabilized high water content sludge[J]. rock and soil mechanics, 2010,(S1):127-137.
[10].Gui Yue, Gao Yufeng, Song Wenzhi, Cai Chao. Strength variation rules of filling soil improved from high-water-content dredged sludge with quicklime during delay time[J]. journal of hohai university,2010,38(2):185-190
[11].Gui Yue, Gao Yufeng, Li Zhenshan, Song Wenzhi, Cai Chao. Study on the compaction timing of the quicklime-stabilized dredged sediment of high-water-content[J]. chinese journal of underground space and engineering, 2010,6(5): 1072-1076
[12].Gui Yue, Wang Qihe. Analysis on strength characteristics of stabilized high water content dredged sludge with industrial wastes[J]. journal of wuhan institute of technology,2012,(03):22-26.
[13].Gui Yue, Chang Wenqing. Properties of compacted lime-stabilized dredged sludge[J]. journal of wuhan institute of technology, 2012,(01):36-42.
[14]..Zhang Qing, Gui Yue*, Yu Zhihua,et al. Experimental studies on the engineering properties of stabilized dredged material-phosphogypsum blends[J].Research Journal of Chemistry and Environment,2012,16: 1~8。（SCI检索）
Patent:
[1].Gui Yue, Yu Zhihua, Cao Jing, et al. A sampling tube for taking original samples in soft soil,2014.7.30,CN9.X.
[2].Gui Yue, Yu Zhihua, Cao Jing, et al. A sample cutters for the preparation of soft soil triaxial test specimens, 2014.7.30, CN2.3.
[3].Gui Yue, Yu Zhihua, Cao Jing, et al. A crushing device for slime solidified soil before rolling,2014.2.12, CN3.9.
[4].Gui Yue, Yu Zhihua, Zhang Qin, et al. A special mixing device for sludge chemical curing treatment,2014.1.15, CN20**.8.
[5].Gao Yufeng, Gui Yue, et al. A kind of dredged sludge - phosphogypsum mixed curing technology, ZL9.9.