The escalating global population and subsequent societal demands have contributed to a
notable upsurge in production activities, resulting in unprecedented anthropogenic …

The efficient processing of large amounts of data collected by the microseismic monitoring
system (MMS), especially the rapid identification of microseismic events in explosions and …

Early identification of abnormal regions is crucial in preventing the occurrence of
underground geotechnical disasters. To meet the high-accuracy detection requirements of …

Microseismic/acoustic emission (MS/AE) location technology is a powerful means to study
the spatial evolution characteristics of rock fracture and early warning of geological hazards …

To promote the understanding of the shear behavior of intermittent joints subjected to cyclic
shear loads, this paper provides the experimental results of cyclic shear tests in the …

This work presents an application of a simplified energy concept for predicting liquefaction
potential based on data collected during the Mw 8.6 Bengkulu-Mentawai Earthquake in …

For induced seismicity, the non-stationary, heterogeneous character of subsurface stress
perturbations can be a source of spatiotemporal variations in the scaling of event sizes; one …

The tsunami is one of the deadliest natural disasters, responsible for more than 260,000
deaths and billions in economic losses over the last two decades. The footage of the …

Abstracts The stress state of a fault plane influences the mode of sliding and characteristics
of slide behaviour. Existing researchers have mainly focused on studying the effect of shear …

Rockbursts were frequently encountered in the construction of deeply buried tunnels at the
Jinping-II hydropower station, Southwest China. In those cases, the existence of large …