The 4th International Symposium on Mine Safety Science and Engineering (ISMSSE2018)

Application of the technology for co-disposal of waste rock and tailings in a tailing poolAbstract Accepted

永波 郄*

Mine Dynamics Disaster > tailings pond

Geo-dynamic background and energy characteristics on occurrence of strong underground pressure in Tongxin Coal MineAbstract Accepted

Ying Chen*, Hongwei Zhang, Jun Han, Weihua Song, Tianwei Lan, Zhijie Zhu, Hai Rong

Mine Dynamics Disaster > Rock burst impact

Prediction of Water inrush risk of Coal seam RoofAbstract Accepted

Mine Dynamics Disaster > Water inrush

Study on Optimal Location of CO Monitoring Points in Coal MineDraft Accepted

SUN Ruhua*

Mine Dynamics Disaster > Rock burst impact

Slope stability analysis for circular mode failure: a gradient boosting machine approachDraft Accepted

健 周, 珊 杨*, 明政 王, 秀志 史, 曙 姚, Hani S Mitri, 恩铭 李

Mine Dynamics Disaster > highwall

Precursory changes in wave velocity for coal and rock samples under cyclic loadingAbstract Accepted

Haishan Jia, Enyuan Wang*, Dazhao Song, Xiaoran Wang, Liming Qiu

Mine Dynamics Disaster > Rock burst impact

Dr.Draft Accepted

Xuwei Li*, Siyuan Gong, Linming Dou, Yanjiang Chai

Mine Dynamics Disaster > Rock burst impact

Numerical modelling approach on longwall mining-induced strata behavior by considering the fracture- weakening effect on rock massFinal Paper

Lishuai Jiang*

Mine Dynamics Disaster > roof

Numerical simulation on failure effect of mining-induced dynamic loading and its influential factorsDraft Accepted

Lian-he Wang, An-ye Cao*

Mine Dynamics Disaster > Rock burst impact

Loading rate effect on rock damage evolution and acoustic emission characteristic under uniaxial compressionDraft Accepted

Anye Cao*

Mine Dynamics Disaster > Rock burst impact

Evaluation method for rock burst risk based on equivalent surrounding rock strengthFinal Paper

经林 温*

Mine Dynamics Disaster > Rock burst impact

Study on key technology of floor grouting in high confined water and thin aquiclude -1Final Paper

Weifu Gao, Jin HAN*, Lu HAN

Mine Dynamics Disaster > Water inrush

Prediction of maximal water bursting discharge from coal seam floor based on multiple nonlinear regression analysisDraft Accepted

Xingyue Qu*, Mei Qiu, Jinhui Liu, Zhichao Niu, Xiangsheng Wu

Mine Dynamics Disaster > Water inrush