Underground coal mining activities cause redistribution of the stress and deformation fields
in surrounding rocks, resulting in different degrees of failure to the overlying strata above the …

Extraction of multiple seam using fully mechanized coal mining technology caused severe
deformations in the lower coal seam roadways in Zhaiyadi Coal Mine in Shanxi Province …

In this study, we aiming at the problems of severe surrounding rock deformation and support
failure during the reuse of gob side entry retaining, we conducted field observations …

Gob-side entry retaining (GER) is a technique in non-pillar mining, which maintains the
original mining roadway along the edge of gob and retains it as a mining roadway for the …

To explore the differences in mechanical and energy evolution characteristics of coal–rock
composite samples with different coal–rock height ratios, uniaxial compression tests of coal …

Large deformation control of surrounding rock in deep soft‐broken coal roadway has always
been a key scientific and technological problem restricting the deep coal resources …

Assessment of mining impact on groundwater is one of critical considerations for longwall
extension and sustainability, however usually constrained by limited data availability …

Large‐diameter borehole destressing technology is one of the main technical measures for
the prevention and control of coal mine rock burst. In engineering practice, there is generally …

Reasonable width of gob‐side coal pillar can reduce the waste of coal resources and is
conducive to roadway stability. According to the distribution of internal and external stress …

The stress environments of gob-side roadways (GSRs) are becoming increasingly complex
during deep coal mining under thick and hard roofs. This leads to strong strata behaviors …