Failure of rock mass in deep underground excavations could be attributed to a broad range
of performance malfunction, from plastic yielding of rock, generation of macro cracks on the …

Most retreating roadways in extra-thick coal seams, are affected by multiple mining activities
under fully-mechanized top caving mining conditions. Surrounding rock deformation and …

Near‐fault severe seismic activity is frequently observed when excavating deep
underground during various engineering projects. The present study elaborates a method to …

In this paper, the rock displacement phenomenon was investigated to evaluate and prevent
the failure and collapse of tunnels and underground spaces. The historical datasets were …

We have proposed a methodology to assess the robustness of underground tunnels against
potential failure. This involves developing vulnerability functions for various qualities of rock …

The inherent variability of the geomechanical parameters of a rock mass plays a critical role
in affecting underground mine stability. Neglecting this characteristic of a rock mass …

In this paper, mining-induced deformation for haulage drifts of the hanging wall at
Jinshandian Iron Mine is investigated, based on 8 monitoring stations adopted laser …

Large diameter blasthole stoping method has been selected to mine a copper orebody from
underground below an open pit mine. The damage induced in the rib pillars as a result of …

In the realm of mining seismology, the identification of microseismic waveforms is a critical
step for enhancing the precision of microseismic event localization. Addressing the …

The combined intensive mining effect of sequential-mining-process of two adjacent longwall
top coal caving faces is prone to inducing disasters such as coal and gas outburst, roof …