The fault-slip burst has the features of high frequency, considerable damage and complex
mechanisms, because mining activities break the balance of energy in the system of the fault …

Fault‐damage zones comprise multiscale fracture networks that may slip dynamically and
interact with the main fault during earthquake rupture. Using 3D dynamic rupture simulations …

The rapid development of roads and scenic spots in the suburbs of Bei**g has formed a
large number of artificial slopes, creating conditions for geological disasters such as …

Mining-induced earthquakes (MIEs) in underground coal mines have been a common
phenomenon that easily triggers rock bursts, but the mechanism is not understood clearly …

With the increase in coal mining depth, engineering geological conditions and the stress
environment become more complex. Many rock bursts triggered by two combined faults …

The superposition effect of the advanced support pressure of the working face in the final
mining stage and the lateral support stress of the roadway is a key factor affecting the …

Flaws are common in rock mass engineering. The length and number of flaws have a great
influence on the stability of rock mass. In this paper, uniaxial compression tests were carried …

Induced seismicity is strongly related to various engineering projects that cause
anthropogenic in-situ stress change at a great depth. Hence, there is a need to estimate and …

In deep tunnel engineering, water inrush disasters caused by filling faults occur frequently,
which has generated wide interest in the fields of rock mechanics and fluid mechanics. The …

We use a two-dimensional finite-element modeling approach to investigate the structural
evolution of strike-slip faults under five different confining pressures and determine how their …