Ploughing is an erosion mechanism where the dam-like front of a geophysical flow shovels
sediments along its path to increase its runout. Ploughing is commonly reported in the field …

Debris flows, highly destructive and rapidly moving mixtures of water, sediment, and rock,
pose significant threats to human settlements and infrastructure in mountainous regions …

Depth-averaged (DA) numerical models are often used to simulate the runout of flow-type
landslides because of their practicality and computational efficiency. However, existing DA …

Hydraulic soil erosion is one of the most important natural phenomena driving terrain
changes over time. It is associated with a variety of geoenvironmental hazards such as …

Erosion and deposition induced by overtopping flow strongly impacts the breaching
evolution of landslide dams. However, these two processes are not yet sufficiently captured …

Seepage of water through soil media, if not controlled, may lead to erosion of earth dams
and their foundations and eventually can result in instability and failure. Thus, understanding …

Failure of tailings dams often results in the release of substantial amounts of tailings into the
environment, causing considerable damage. The flow of tailings presents a complex …

The few methodologies available for estimating the displacement induced by the action of a
fluid jet on the soil are almost all based on the cavity expansion theory, which the …

Understanding the insight of slope collapse is necessary for effective hazard mitigation
policy. The conventional method may not be able to capture the actual failure mechanics as …

This paper presents a stabilised multi-phase smoothed particle hydrodynamics (SPH) model
applicable to seepage-induced internal erosion and the resulting deformation in soils …