The stability of crown pillar is critical during the transition from open pit to underground
mining. Mining-induced fractures in the pillar form water seepage channels, which can …

Flexural toppling is a crucial engineering issue for high sidewalls of underground
powerhouse caverns in low stress regions, when a small angle between cavern axis and …

As the coal mining goes deeper, strong mining induced tremors frequently occur, which
seriously threaten the safety of underground miners and ground residents, as well as the …

The significant difference between the mechanical properties of soft rock and hard rock
results in the complexity of the failure mode of the anti-dip layered slope with soft and hard …

Local stability of underground powerhouse cavern subject to low to moderate geo-stresses,
is frequently threatened by the unpredictable displacements of high sidewall in layered rock …

With the development of mining depth, multi-seam mining activities is becoming more and
more frequent. Correspondingly, the study on stratum movement characteristics induced by …

One of the major factors inhibiting the construction of deep underground projects is the risk
posed by rockbursts. A study was conducted on the access tunnel of the Shuangjiangkou …

Roof strata control is crucial to production safety in underground coal mines. In this study, a
field trial was carried out involving large-scale hydraulic fracturing (LHF) to weaken strong …

Deep, high-intensity mining has become a general development trend in mineral resource
extraction operations. Under deep mining conditions, high-intensity mining renders the …

In recent years, strong seisms are triggered frequently during deep coal mining process,
which seriously threatens the safety of underground miners and ground residents, as well as …