The existing slope stability research, which is based on the fluid–solid coupling theory, is
mainly focused on the slopes of central and eastern China. The impact of rainfall on the …

A simplified analytical method useful for ductile ground support design in underground mine
workings is presented. This approach allows for maintaining the stability of sidewalls in …

The purpose of this paper was to analyze the impact of extreme rainfall on the recurrence of
slope instability using the Thulamela Municipality roads (R523) as a case study. To this end …

Advanced reliability analysis of road-slope stability in a brittle and faulted rockmass terrain
by several techniques is described in this paper. The proposed analysis integrates several …

Modeling the flow evolution of a slope governed by solid mass has been recognized as a
challenge, yet most stability analyses are only based on stability number or Safety Factor …

Foreseeing the failure of important unstable volumes is a major concern in the Alps,
especially due to the presence of people and infrastructures in the valleys. The use of …

Although limit equilibrium methods are widely used by engineers and scientists in predicting
the stability of homogenous slopes, their use has been demonstrated to present significant …

For most landslides, several destabilising processes act simultaneously, leading to relative
sliding along the soil or rock mass surface over time. A number of machine learning …

Loess soils are unsaturated and widely distributed in the northwest zone in China. Many
steep slope of unsaturated are observed are observed to be naturally stable. However, a low …

The method of pseudo-static analysis has been widely used to perform seismic slope
stability, in which a seismic coefficient is used to represent the earthquake shaking effect …