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 …

Multi-field information monitoring is useful to better understand the deformation and failure
behaviour of landslides. Therefore, in this study, a physical slope model under excavation …

Accurate measurement of the evolution of rock joint void geometry is essential for
comprehending the distribution characteristics of asperities responsible for shear and …

Excavation is one of the common triggers for slope failures. Loss of support at the toe of a
slope due to mining excavation can cause unloading of geomaterials close to the excavated …

Rock joints play a crucial role in determining the behavior and stability of rock masses.
Despite their importance, there is a lack of devices for easily and accurately measuring joint …

The popularity of smartphones along with advances in sensor technologies has opened new
possibilities for scientific application and low-cost observation. Particularly useful is the …

Photogrammetry-based methods using everyday photographic equipment and easily
available software have gained relevance for roughness measurement of rock joints, as an …

Physical model tests are considered to be useful tools and are widely used in landslide
research. The three-dimensional (3D) surface deformation of slope models provides useful …

Over the past few decades, various image-based approaches for quantifying particle
morphological indicators have been developed. But most of these methods are not …

Catastrophic landslide accidents are a significant global issue, resulting in considerable loss
of life and property damage. However, traditional landslide survey methods are typically time …