Slope stability is one of the most important topics of engineering geology with a background
of more than 300 years. So far, various stability assessment techniques have been …

Slope failures lead to catastrophic consequences in numerous countries and thus the
stability assessment for slopes is of high interest in geotechnical and geological engineering …

Advances in dataset collection and machine learning (ML) algorithms are important
contributors to the stability analysis in industrial engineering, especially to slope stability …

The key-blocks are the main reason accounting for structural failure in discontinuous rock
slopes, and automated identification of these block types is critical for evaluating the stability …

Slope stability is the most important stage in the stabilization process for different scale
slopes, and it is dictated by the factor of safety (FS). The FS is a relationship between the …

Due to the complexity of the causes of the sliding mass instabilities, landslide susceptibility
and hazard evaluation are difficult, but they can be more carefully considered and regionally …

Recent advancements in remote sensing techniques have made it possible to overcome the
risky issues using conventional methods and have opened up new opportunities for …

Numerical investigation on stability of the rock slope with densely distributed fractures is still
challenging. To overcome the large computational requirements caused by the fracture …

Mining roadways in steeply inclined rock layers commonly experience severe deformation in
form of large asymmetric deformation, roof subsidence and floor heave, which significantly …

The presented article provides a comprehensive study on the stability analysis of earth-fill
dams under rapid drawdown and transient flow conditions used to prepare stability analysis …