Understanding the spatial distribution regularity of coseismic landslides is important for
mitigation in future earthquakes. Unveiling the controlling factors of the distribution of …

The relationship between landslides and rock mass strength is fundamental for assessing
landslide hazards. Some researchers have proposed that there is an inverse relationship …

Fractures and their connectivity are essential for fluid flow in low permeability formations.
Geological outcrops can only provide two-dimensional (2D) information, but subsurface …

The main goal of this study was to develop a reliable rockfall susceptibility map for
Valchiavenna (275 km 2), located in the Italian Central Alps, through the introduction of …

This paper develops a method for intelligent identification and semi-automated extraction of
3D fracture parameters based on images in rock slope or underground engineering. Firstly …

Faults play a crucial role in shaping the formation and damage patterns of landslides in the
mountainous region, particularly in Qinling-Daba (Qinba) area in China. On 6 October 2022 …

The representative elementary volume (REV) of a fractured rock mass is crucial for
evaluating the equivalent continuum approach. An innovative computational framework and …

High cut-slopes are widespread in engineering constructions and often converted into
landslides. Some extreme circumstances facilitate the landslide process, such as the weak …

Rock avalanches display a distinct and complicated behavior that is not yet completely
understood. Analyzing the deposit characteristics is crucial for studying the comminution …

Understanding intermediate principal stress influences on deformation characteristics and
failure mechanism of fractured rock from deep engineering often necessitates long term on …