Debris flows are considered one of the most hazardous types of mass movement. China has
a long history of monitoring debris flows, which has enhanced the understanding of debris …

The disintegration of red-bed mudstone is likely affected by the environment. Acid rain can
significantly influence the disintegration process, but the corresponding mechanism remains …

Selecting appropriate mapping units is vital for landslide susceptibility mapping as well as
pattern investigation, given that various units-based analyses extensively control the …

An updated comprehension of landslide kinematics is a prerequisite for developing effective
risk assessment and emergency management in the context of climate variability and …

In recent years, mountainous areas in China have faced frequent geological hazards,
including landslides, debris flows, and collapses. Effective simulation of these events …

Debris flows generated by landslide dam failures are highly destructive and can result in
rapid, large-scale landscape changes. Understanding the formation and impact dynamics of …

External causes like changes in reservoir level and intense rainfall can cause reservoir
landslides. Exploring the factors that govern landslide deformation and analyzing its stability …

Predicting wake morphology during debris flow when passing a cylindrical obstacle is vital
for disaster assessment, early warning, evacuation planning, engineering design, and …

Classifying excavation-induced slopes considering the arching effect and understating the
features are crucial for determining the appropriate designs for excavation, assessing the …

A discrete element model consisting of irregular crushable filling particles and a flexible wire
mesh is established. The numerical model is validated against the static net punching test …