The technological difficulties related with blasting operations have become increasingly
significant. It is crucial to give due consideration to the evaluation of rock fragmentation and …

Predicting and controlling tunnel-induced ground settlement is crucial for ensuring safety
and minimizing environmental impact. However, current research methods are varied, each …

Reusing phosphogypsum (PG) waste to manufacture eco-cementitious materials is
sustainable. However, PG faces the challenge of high stacking volume and low utilization …

This study utilizes a semantic-level computer vision-based detection to characterize fracture
traces of hard rock pillars in underground space. The trace images captured by …

Cement concrete presents a significant opportunity for carbon dioxide (CO 2) capture,
utilization, and storage through carbonation treatment. This process involves carbonating …

This study aimed to investigate the crack evolution and failure mechanism of rocks by
conducting uniaxial compression tests (UCT) and Brazilian indirect tension tests (BITT) …

This paper proposes a novel strategy to characterize the discontinuities of hard rock pillars
in underground mines. In this strategy, the point cloud completion technology is proposed to …

Phosphogypsum is a common industrial solid waste that faces the challenges of high
stockpiling and low utilization rates. This study focuses on the mechanical properties and …

Debris flow is a type of natural disaster characterized by sudden outbreaks, rapid movement,
short duration, and extreme destructive power, posing a serious threat to human lives and …

This study employs scientometric analysis to investigate the current trajectory of research on
tunnel boring machine (TBM) performance and collaborative efforts. Utilizing software tools …