The magnitude and direction of stress will affect the failure of roadway. The impact of stress
magnitude and direction on roadway failure was investigated using a rock failure system …

Rock-mortar (RM) structures are commonly used in underground mines to ensure safe
mining production. However, the imperfect bonding between rock and mortar leads to initial …

The rapid movement and extensive displacement of gravel-silty clay landslides result in
significant property damage and loss. Following the destabilization of the Shaziba landslide …

This study proposed a novel friction law dependent on velocity, displacement and normal
stress for kinematic analysis of runout process of rapid landslides. The well-known Yigong …

Rockslides at high elevations often transform into rock avalanches due to fragmentation,
posing a significant threat. However, the underlying mechanism for the high mobility of rock …

The depth-averaged models (DAM) are widely used numerical models for the run-out
simulation of flow-like mass movements such as rock avalanches. A constant friction …

Interparticle friction is an intrinsic property of particles, which plays an important role in the
macroscopic and microscopic shear mechanical properties of granular materials. In this …

Trees in forests can obstruct falling rocks and serve as a natural barrier to reduce the
velocity of falling rocks. Recently, there has been growing interest in utilizing forests to …

Red clay landslides are widely distributed worldwide, resulting in severe loss of life and
property. Although rainfall-induced red clay slopes have received extensive attention, the …

To explore the influence of rock shape on rolling distance and effectively mitigate rockfall
hazards, the following research was conducted. Factors influencing the rolling distance of …