The stability of landslides in reservoir areas is significantly influenced by water level
fluctuations and seasonal precipitation events. To mitigate these landslides, a pile-anchor …

Rock slope monitoring is an important aspect of better understanding the deformation
behaviours and failure mechanisms of rock slopes. In this study, a multi-smartphone …

Analyzing and quantifying the deformation process of landslides is of paramount importance
in facilitating landslide early warning. As such, this study is committed to proposing a …

Cracks in the crown area are one of the important indicators in the instability of the landslide
headscarp, potentially offering early warnings for landslide hazards. Due to the complex …

Toppling is a widespread failure mode in natural and excavated anaclinal rock slopes and
threatens the construction and operation of important infrastructure such as hydropower and …

The goal of seeking advanced solutions to the descriptions of particle shape, packing and
tomographic measurement were key areas promoted by Professor Reg Davies. In this paper …

Based on practical construction experience, it is observed that a significant number of
rockburst-prone regions exhibit structural surfaces of varying scales that exert a controlling …

The implementation of isolated heterologous monitoring systems for spatially distant
borehole deployments often comes with substantial equipment costs, which can limit the …

The roughness of rock joints exerts a substantial influence on the mechanical behavior of
rock masses. In order to identify potential failure mechanisms and to design effective …

Timely evaluation of landslide risk based on displacement data is crucial for the effective
warning of landslide events. However, the complexity and diversity of displacement curves …