1. Introduction
Xiang-song Kong，Associate Professor，Department of Geotechnical Engineering
E-mail address: kxs@cumtb.edu.cn
2. Education Background and Experience
Ph.D. in Geotechnical Engineering, China University of Mining and Technology (Beijing), China (6/2014)
B.S. in Civil Engineering, China University of Mining and Technology (Beijing), China (6/2009)
3. Research Area
Underground reservoirs, Roadways, Deep sea sediments
4. Academic Achievement
Published more than 40 journal papers, including SCI and EI papers in mechanics, engineering, and structure. Authorized more than 10 invention patents in China and USA.
Representative research papers include:
[1]Xiang-song Kong, Jun?wei Huang, Ren-liang Shan, et al. Elaboration and application of the nested multi-coupling model test system for an artificial dam seepage simulation under combined action of dynamic and static loads [J]. Geomechanics and Geophysics for Geo-Energy and Geo-Resources, 2024, 10(1):12.
[2]Xiang-song Kong, Wei Yang, Ren-liang Shan, et al. Ultimate water level and deformation failures of the artificial dam in the coal mine underground reservoir [J]. Engineering Failure Analysis, 2024, 162: 108367.
[3] Li Li, Xiang-song Kong, Wei Yang, et al. A study of anchor cable and c-shaped tube support for the roadway of shuangliu coal mine [J]. Symmetry, 2023, 15(9): 1757.
[4]Xiang-song Kong, Zhuang-zhuang Xu, Ren-liang Shan, et al. Investigation on groove depth of artificial dam of underground reservoir in coal mines[J]. Environmental Earth Sciences, 2021, 80(6): 214.
[5] Xiang-song Kong, Zhuang-zhuang Xu, Jing-yao Hu, et al. Convenient Calibration Method of Earth Pressure Cell Based on Similarity Test [J]. Mining R&D, 2021, 41(9): 56-60.
[6]Xiang-song Kong, Ren-liang Shan, Hong-hu Yuan, et al. Study on the sustaining effect of concrete-filled steel tubular supports in deep mining roadways [J]. Arabian Journal of Geosciences, 2020, 13(20): 1092.
[7] Xiang-song Kong, Ren-liang Shan,Yu-hang Xiao, et al. Deformation and failure law of coal roadway supported by concrete filled steel tube supports in Nanguan mine [J]. Journal of Mining Science and Technology, 2020, 5(2): 160-168.
[8] Xiang-song Kong, Jie Fang, Xiao-lin Hao, et al. Multi－level Fuzzy Comprehensive Evaluation of Artificial Dam Safety of Coal Mine Groundwater Reservoir [J]. Coal Engineering, 2019, 51(9): 158-161.
[9] Xiang-song Kong, Ren-liang Shan, Tong-da Ju. Model experiment of deformation and failure mechanism of coal roadway surrounding rock and its engineering application[J]. Journal of Mining & Safety Engineering,2017, 34(03): 464-471.
[10] Xiang-song Kong, Ren-liang Shan, Wen-feng Zhao, et al. Surrounding Rock Stability Classification and Application of Coal Roadway Based on GA - BP [J]. Safety in Coal Mines, 2016, 47(5): 219-222.
Representative invention patents include:
[1] Xiang-song Kong, Renliang Shan, Hao-chen Zhang, et al. Box type dam for underground reservoir of coal mine (ZL 201911222548.X), China
[2] Xiang-song Kong, Renliang Shan, Hao-chen Zhang, et al. I-shaped retaining dam for underground coal mine reservoir to strengthen the strong wall and prevent seepage (ZL 201910086889.2), China
[3] Renliang Shan, Xiang-song Kong, et al. Nested multi-coupling model test system and test method for coal mine underground reservoir dam (ZL 201911375289.4), China
[4] Renliang Shan, Xiang-song Kong, et al. A position-oriented physical model experimental method for coal roadway support (ZL 201510477771.4), China
[5] Renliang Shan, Xiang-song Kong, et al. Coal roadway longitudinal beam composite support method (ZL 201310008421.4), China
[6] Renliang Shan, Xiang-song Kong, et al. Strong wall and strong Angle coal roadway bolting method (ZL 201010243094.7), China
[7] Renliang Shan, Haochen Zhang, Xiang-song Kong, et al. I-shaped water-retaining dam for underground reservoir in coal mine (US10941659B2), USA
[8] Renliang Shan, Yu Tao, Xiang-song Kong, et al. Anchor tube and cable supporting structure capable of bearing transverse shear force (ZL 201410206614.5), China
[9] Renliang Shan, Peng-cheng Huang, Xiang-song Kong, et al. An umbrella mining bidirectional retractable hydraulic advance support (ZL 201810335574.2), China
[10] Renliang Shan, Hao-chen Zhang, Xiang-song Kong. I-shaped water retaining dam for coal mine underground reservoir (ZL 201910087850.2), China
5. Awards and Honors
[1]Beijing Higher Education Teaching Achievement Award first prize，2022.
[2]Beijing University Excellent Undergraduate Education Team Award，2022.
[3]Beijing Curriculum Ideological and political Demonstration Course, Beijing Curriculum Ideological and Political Teaching Teacher and Teaching Team Award，2021.
[4]China University of Mining and Technology (Beijing) Excellent Teaching Quality first prize，2020.
[5]China Coal Industry Science and Technology second prize，2019.
[6]Beijing Higher Education teaching Achievement Award second prize，2018.
[7]China Coal Industry Science and Technology second prize，2017.
[8]China Coal Industry Science and Technology third prize，2016.
[9]Second prize of Science and Technology in Shanxi Province，2015.
[10]China Coal Industry Science and Technology third prize，2014.
