Study on the Damage Mechanism of Coal under Hydraulic Load
Hydraulic fracturing is extensively utilized for the prevention and control of gas outbursts and rockbursts in the deep sections of coal mines. The determination of fracturing construction parameters based on the coal seam conditions and stress ...
Yang Li +6 more
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Review of the Impact of Cross-Scale Coal Damage on Gas Migration Mechanism under Supercritical CO<sub>2</sub> Conditions. [PDF]
Jiang Y +6 more
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Energy Transfer Mechanism of Hard-Roof Hydraulic Fracturing in Goaf-Side Working Face Based on Microseismic-Driven Damage Model. [PDF]
Zhang R, Gong S, Cai W, Li H, Qiu Y.
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Study on fracture propagation and evolution characteristics of coal samples under uniaxial compression. [PDF]
Weibin G +4 more
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Role of Air-Entraining Agent in Frost Resistance and Water Absorption Prediction for Gel-Modified Coal Gangue Concrete. [PDF]
Han R +5 more
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Development and Experimental Analysis of Coalbed Permeability Model Considering Mechanical Properties and Gas Degradation Effects. [PDF]
Ren H, Zuo Y, Zhou P, Zhao F, Wang S.
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COAL FORMATION DAMAGE ACCUMULATION MODEL AT COAL MINE DEGASSING WELLS
Konstantin H. Lee +4 more
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Numerical analysis and engineering application of bolt support technology for controlling coal body sliding. [PDF]
Wang C, Ma S.
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Investigation of the damping characteristics of grouted coal gangue with different particle gradations under multistage triaxial cyclic loading. [PDF]
Wang Y +6 more
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A quantitative energy dissipation model for predicting permeability evolution in gas-containing coal under cyclic loading. [PDF]
Bao R, Zhang Y, Cheng R, Li M, Yang M.
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