The magnitude and frequency of induced seismicity increase as mining excavation reaches
greater depth, leading to the increasingly severe damage to roadways caused by …

Underground rock masses are often exposed to dynamic disturbances due to seismic waves
and blasting excavation disturbances, resulting in significant changes in their physical and …

Coal bursts, arising from abrupt dynamic disturbances from mining tremors, are among the
most critical dynamic disasters in underground coal mines. Understanding the dynamic …

Mining-induced tremors serve as the main dynamic stress source of coal bursts which
represent one type of the most critical mining disasters in underground coal mines. To …

A study was conducted to analyze the deformation mechanism of strongly weathered quartz
schist in the Daliangshan Tunnel, located in the western Transverse Mountain area. A large …

The mechanism of rock burst induced by the superposition of dynamic and static loads in
multicoal seam mining is unique. To investigate the propagation attenuation law of large …

Underground rocks are often subjected to seismic waves and blasting excavation, which
cause significant changes in physical and mechanical properties. Due to the bedding plane …

Mining-induced seismicity is a commonly occurring phenomenon in underground mines.
This poses a greater challenge to the safety of the mining operation. This paper presents a …

The impact ground pressure has become one of the most significant disasters affecting the
operational viability of a mine. Especially in the context of multi-seam mining operations, its …