The 3D real scene model of high-steep rock slope established based on UAV image
provides convenience for non-contact identification and interpretation of rock mass …

The aperture of natural rock fractures significantly affects the deformation and strength
properties of rock masses, as well as the hydrodynamic properties of fractured rock masses …

The characterization and clustering of rock discontinuity sets are a crucial and challenging
task in rock mechanics and geotechnical engineering. Over the past few decades, the …

Determining the rock mass structure of an excavation face is important for the safe
construction of tunnels. Traditional artificial detection poses a threat to personnel and …

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 …

Most applications of multispectral imaging are explicitly or implicitly dependent on the
dimensionality and topology of the spectral mixing space. Mixing space characterization …

It is of great importance to obtain precise trace data, as traces are frequently the sole visible
and measurable parameter in most outcrops. The manual recognition and detection of …

Determining homogeneous domains statistically is helpful for engineering geological
modeling and rock mass stability evaluation. In this text, a technique that can integrate …

The geometry of joints has a significant influence on the mechanical properties of rocks. To
simplify the curved joint shapes in rocks, the joint shape is usually treated as straight lines or …

This research examines how rainfall and mining affect the slope damage resulting from the
transition from open-pit mining to underground mining. Using an unmanned aerial vehicle …