In-situ monitoring is an important aspect of geotechnical projects to ensure safety and
optimise design measures. However, existing conventional monitoring instruments are …

Early warning of rockbursts remains a worldwide challenge in rock engineering. In this work,
a microseismicity-based method of rockburst warning in tunnels is proposed to warn of and …

Rockbursts are globally recognized as one of most severe dynamic disasters in mines.
Generally, rockbursts can be divided into self-initiated bursts type and remotely triggered …

Rockbursts cause serious casualties and damage in deep, hard rock tunnels. Structural
planes can play an important role in the rockburst development process. In this paper …

Risks associated with the left bank slope of Jinping first hydropower station in southwestern
China are growing as a result of excavation of the dam foundation ditch and various tunnels …

The first introduction of fuzzy theory in the nineteenth century created room for continuous
research and application in various fields. Fuzzy set theory has been globally applied in …

Rockburst prediction is crucial in deep hard rock mines and tunnels to make safer working
conditions. Due to the complex interaction of many factors involved in rockburst prediction …

During deep tunnel excavation, more than one rockburst sometimes occur in a particular
area which seriously threatens construction safety. In this work, the characteristic …

Rockburst has become one of the most serious threats to the safety of workers, equipment,
and excavations in deep underground engineering. However, short-term rockburst risk …

Excavation-induced microseismicity and rockburst occurrence in deep underground projects
provide invaluable information that can be used to warn rockburst occurrence, facilitate …