Laboratory insights into land subsidence caused by water-sand mixing inrush in viscous sand layers. [PDF]
Yuan K, Yu B, Fan Z, Yang J, Yu H.
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Application of Artificial Intelligence in Predicting Coal Mine Disaster Risks: A Review. [PDF]
Lu P, Liu Y, Liang Y, Cui D.
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Coal-Free Zone Genesis and Logging Response Characterization Using a Multi-Curve Signal Analysis Framework. [PDF]
Yang X, Chen Y, Shi L, Qu X, Fu S.
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Boundary delineation and stability assessment of post-inrush water-immersed coal pillars based on integrated microseismic monitoring and field analysis. [PDF]
Zhang Y +6 more
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Overburden movement laws in thin bedrock workfaces under thick backfilled loose bodies. [PDF]
Zheng W, Wei C, Guo S, Zhuang Z, Shi C.
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Evaluation of Grouting Reinforcement Effectiveness in Coal Seam Floors Using the Monte Carlo Analytical Hierarchy Process: A Case Study of the Rongkang Coal Mine. [PDF]
Gao C +8 more
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Fracture propagation and water seepage behavior in overburden strata at Tunbao coal mine. [PDF]
Dong J, Liu H, Sun W, Liu X, Tao Z.
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A Model Study of Water Inrush in Underground Roadways
Junhong Yang +5 more
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Mine Water Inrush Mechanisms and Prediction Methods
2021The study of mine water inrush can be traced to the 1940s when a Hungarian engineer, Weg Frence, proposed the concept of relative water-resisting layer aiming at the karst water inrush from coal floors (Qian et al., Key strata theory in ground control, China University of Mining and Technology Press, Beijing, 2000).
Shuning Dong +4 more
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Expansion of Water Inrush Channel by Water Erosion and Seepage Force
International Journal of Geomechanics, 2021Abstract Water and mud inrush is a common geological disaster in the construction of karst tunnels.
J. Wu, C. Jia, L. W. Zhang
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