Study on the failure law of overlying rock under coal seam in close distance coal seam and feasibility discrimination of upward mining. [PDF]
Sci RepMiao Y.
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Mechanisms of stress distribution influenced by numerical model size and goaf parameters in multi-coal seam mining. [PDF]
Sci RepWang N, Paneiro GA, Li Y, Liu Y.
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Investigating the factors influencing vertical stress ahead of the undercutting line in block caving. [PDF]
Sci RepCao Y, Hua X, Zhai S, Li H, Zhang H.
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Structural characteristics of the slurry-filled receptive zone in longwall goaf filled with gangue slurry. [PDF]
Sci RepZhao M, Zhu L, Liu C, Gu W, Liu Z.
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Evolution and dip effect of boundary spatial morphology of top-coal limit equilibrium zone in steeply dipping coal seam. [PDF]
Sci RepWu X +5 more
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Influence of adjacent undercutting line positions on surrounding rock stability in block caving. [PDF]
Sci RepCao Y, Hua X, Zhang H.
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Fracture propagation and water seepage behavior in overburden strata at Tunbao coal mine. [PDF]
Sci RepDong J, Liu H, Sun W, Liu X, Tao Z.
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Applicability of the Longwall Top Coal Caving in Australian Underground Coal Mines
Applicability of the Longwall Top Coal Caving in Australian Underground Coal Mines. The proposed project aims to develop an improved understanding of the geotechnical caving characteristics of the Longwall Top Coal Caving method and it's applicability in
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Study on the Failure Law of Overlying Strata in Thick Coal Seam Mining under the Condition of Shallow Burial Depth, Thick Loose Layers, and Thin Bedrock. [PDF]
ACS OmegaRen K +8 more
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Stress distribution characteristics of overburden strata during thick coal seam top coal caving. [PDF]
Sci RepJu L, Wang Z, Chen L, Wang Y, Cheng Z.
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