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Anisotropic evolution of mechanical and seepage properties in coal under mining-induced stress paths: experiments and modeling for enhanced gas extraction
Abstract As mining depth increases, the in-situ stress in coal bodies rises significantly, leading to an increased risk of dynamic disasters such as rock burst, coal and gas outburst. Deeply understanding the influence of stress paths on the anisotropic evolution of coal mechanics and seepage characteristics during mining is crucial for improving gas drainage efficiency and disaster prevention.
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