Personal Information
Yueguan YAN
Associate Professor
Email：yanyueguan@cumtb.edu.cn
Research Interests
(1) Process Analysis by Life cycle assessment (LCA), Life cycle cost (LCC), Social LCA, Exergy Analysis, Exergoeconomic Analysis, Sustainability Analysis.
(2) Waste recovery(Waste biomass, Secondary Aluminium dross), Water treatment(ozone water)
Education/Work Background
2000.9-2004.6, College of Mining Engineering， Taiyuan university of technology, Bachelor
2004.9-2007.6, College of Resource and Security Engineering， China university of mining and technology- Beijing, Master
2007.9-2010.6, College of Geoscience and Surveying Engineering, China university of mining and technology- Beijing, Doctor
2008.9-2010.3, College of Surveying and Spatial Information System, University of New South Wales, PhD co-supervision
2010.7-2016.6, College of Geoscience and Surveying Engineering,China university of mining and technology-Beijing, Lecturer
2016.7-now, College of Geoscience and Surveying Engineering, China university of mining and technology-Beijing, Associate professor
Teaching Courses
Digital topography surveying
Engineering surveying
Subsidence engineering
Key Research Funding
[1]. Study on ground subsidence zoning mode and coordinated strata control technology in steeply inclined coal seam mining. National Natural Science Foundation of China (No. 51404272), 2015-2017.
[2]. Study on the distribution law of surface cracks in coal seam mining. Central universities basic research business special funds project (No. 2010QD01), 2010-2017.
[3]. Study on the mining scheme design of steeply inclined coal seam group under buildings (structures) in W8 to W11 mining area at -310m level. 2013-2015.
[4]. The optimization design of backfilling mining scheme of CG1306 working face in YiNeng coal mine. 2015-2017.
[5]. Study on surface and underground safety monitoring of coal mining under industrial square in Jinggezhuang Coal Mine. 2016-2017.
[6]. Study on surface movement law and application of nearly 1000m mining depth in Fengfeng mining area. 2018.
[7]. Study on the deformation law of buildings in thick coal seam without coal pillar coordinated mining under village. 2019-2020.
[8]. Residual deformation monitoring of 12401 working face in Shangwan Mine. 2020.
[9]. Jinan Zhangqiu District Shengjing Street, Zaoyuan Street Mengjiawu, Santian and other original village site network multi base station CORS system design, establishment and technical service project. 2020-2025.
[10]. Study on movement and deformation parameters and laws of mining subsidence in thick alluvium of Donghuantuo Mine. 2021.
[11]. The design of overburden fracture detection scheme for No.6 and No.6-1 coal seams in Guanbanwusu Coal Mine and its impact evaluation on the integrity of No.3 coal seam. 2022.
[12]. Research on Mining Technology of Protective Coal Pillar in Industrial Square. 2022.
[13]. Technical specification for observation of surface movement and deformation in coal mine area. Industrial standard, 2022.
[14]. Research on the design of new technology for safe mining of coal
Honors
2014.12, "Research on Sinking Laws of Deep Mining of Sharply Inclined Coal Seam and Coordinated Mining Technology between Mining Areas" won the first prize of China Coal Industry Science and Technology Award.
2014.12, "Research on rock layer control technology and application of mining rock layers in sharply inclined extra-thick-medium-thin coal seams" won the second prize of Science and Technology Progress Award of Higher Education Institutions.
2019.12, "Key Technology of High Intensity Mining Damage Monitoring and Control and Repair in Western Mining Areas" won the first prize of China Coal Industry Science and Technology Award.
2019.12, "Research on Surface Movement Laws and Application in Nearly 1,000-metre Mining Depth" won the Third Prize of China Coal Industry Science and Technology Award.
2020.12, "Research on Subsidence Laws of Comprehensive Mining of Sharply Inclined and Extremely Thick Coal Seams and Key Technologies for Coal Mining under Complex Buildings" won the third prize of China Coal Industry Science and Technology Award.
2021.12, "Key technology for surface deformation monitoring and safety assessment based on multi-source data fusion method" won the second prize of the Science and Technology Award of the National Commercial Federation.
2022.9, "Research on the movement law and application of rock layers in deep mining in the Peak Mining Area" won the second prize of the Third Safety Science and Technology Progress Award of the China Safety Production Association.
2022.12, "Research on Deformation Laws and Damage Evaluation Models of Coordinated Full Mining Houses in Thick Coal Seams Under Villages" won the second prize of China Coal Industry Science and Technology Award.
2022.12, "Research on subsidence control method and application of coordinated mining with "Caving-Backfilling-Pillar" " won the second prize of China Coal Industry Science and Technology Award.
Selected Publications
[1] Yan Yueguan, Zhu Yuanhao*, Dai Huayang. Zhang Yanjun, Dai Anjin, Li Ming. Spatio-temporal coordinated mining pattern and strata control mechanism of multiple coal seams[J]. Journal of Mining & Safety Engineering, 2022, 39(6): 1143-1153.
[2] Yueguan Yan, Yanjun Zhang*, Yuanhao Zhu, Jinchi Cai and Junyao Wang. Quantitative Study on the Law of Surface Subsidence Zoning in Steeply Inclined Extra-Thick Coal Seam Mining[J]. Sustainability. 2022, 14, 6758.
[3] Yueguan Yan, Ming Li*, Linda Dai, Junting Guo, Huayang Dai and Wei Tang. Construction of “Space-Sky-Ground” Integrated Collaborative Monitoring Framework for Surface Deformation in Mining Area[J]. Remote Sensing. 2022, 14: 840.
[4] Yueguan Yan, Ming Li, Jibo Liu, Weitao Yan*, Jinman Zhang, Bang Zhou. Ground Subsidence Evolution from 1000m Deep Mining: A Case Study in Fengfeng Mining Area[J]. Shock and Vibration. 2021, 1-9.
[5] Yueguan Yan, Qian Yang, Zhihui Jia, Xiaoyi Zhang, Huayang Dai and Alex Hay-Man Ng*. Integration of Multiband InSAR and Leveling Measurements for Analyzing the Surface Subsidence of Shield Tunneling at Beijing-Zhangzhou High-Speed Railway[J]. Journal of Sensors. 2021, 1-24.
[6] Yueguan Yan, Weitao Yan*, Huayang Dai and Junting Guo. Distribution Characteristics and Formation Mechanism of Surface Crack Induced by Extrathick Near Horizontal Seam Mining: An Example from the Datong Coal Field, China[J]. Advances in Civil Engineering, 2021, 1-10.
[7] Yueguan Yan, Weitao Yan*, Jibo Liu and Junting Guo. The Prediction Model of Super Large Subsidence in High Water Table Coal Mining Areas Covered with Thick Unconsolidated Layer [J]. Geofluids. Volume 2021, 1-15.
[8] Yueguan Yan, Haixu Yan*, Junting Guo and Huayang Dai. Classification and Segmentation of Mining Area Objects in Large-Scale Spares Lidar Point Cloud Using a Novel Rotated Density Network[J]. ISPRS International Journal of Geo-Information. 2020, 9(3), 182.
[9] Yan Yueguan*, Dai Huayang, Gao Wenlong, Liu Jibo. Deformation Rules of Ultra-High Voltage Transmission Tower Due to Two Sides Mining of Reverse Fault[J]. Coal Engineering. 2015, 47(12): 82-84, 88.
[10] Yan Yueguan*, Dai Huayang, Wang Zhongwu, Zhu Guowei, Chen Hongzhong, Xu Chong. Study on failure characteristics and normal height of caving zone due to steep seam mining[J]. Coal Science and Technology. 2015, 43(4): 23-26.
[11] Yan Yueguan*, Dai Huayang, Fan Zhendong, Zou Biao, Jin Ruiqing, Han Yunchun. Location Optimization of Open-off Cut in Steeply-inclined and Extremely-thick Coal-seam under High-voltage Line Tower[J]. Coal Mining Technology. 2015, (4): 66-69.
[12] Yan Yueguan*, Dai Huayang, Lv Zhiqiang, Guo Junting, Tian Xiuguo. Surface Movement Law and Rock Strata Failure in Mining of Steeply Inclined Multiple Coal Seams [J]. Metal Mine. 2015(4): 89-93.
[13] Yue-guan YAN*, Hua-yang DAI, Lin-lin GE, Jun-ting GUO, Alex Hay-Man NG, Xiao-jing LI. Numerical simulation of dynamic surface deformation based on D-InSAR monitoring[J]. Transactions of Nonferrous Metals Society of China. 2014, 24(4): 1248-1254.
[14] Yan Yueguan*, Dai Huayang, Wang Zhongwu, Jing Shengqiang, Chen Hongzhong. Ground subsidence zone and surrounding rock failure mechanism due to steep multiple coal seam mining: a case study at Muchenyjian Datai Mine[J]. Journal of China University of Mining & Technology. 2013, 42(4): 547-553.
[15] Yan Yueguan*, Dai Huayang, GE Linlin, ALEX HayMan Ng, LI Xiaojing. Problem of dynamic of monitoring subsidence feature points missed by DInSAR technology[J]. Journal of China Coal Society. 2012, 37(12): 2038-2042.