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

Landslides involving solid–fluid interaction such as submarine landslides and landslide
dams occur frequently around the world, which may bring severe damage to human lives …

Tsunamis water water waves generated by the movement of an underwater land-slide are
simulated using the numerical model Smoothed Particle Hydrodynamics. SPH is presented …

This study used a three-dimensional model based on the finite-discrete element method-
smoothed particle hydrodynamics (FDEM-SPH) coupling approach to reconstruct the 11 …

Rainfall-induced landslides have caused significant damage to structures and casualties in
the past decades, and it is of great importance to assess the post-failure behavior of slopes …

The present work shows a novel phase-change concept for simulating landslides using the
smoothed particles hydrodynamics (SPH) method. The idea is to initiate the simulation of a …

Water waves generated by landslides have been of interest to ocean and coastal engineers,
as well as to dam engineers. The present study uses a meshless and pure Lagrangian …

The intrusion of debris avalanches into reservoirs frequently occurs in mountainous regions
and is a complex solid-fluid interaction. A coupled discrete element method (DEM) and …

We simulate the generation of a landslide-induced impulse wave with a newly-developed
soil–water coupling model in the smoothed particle hydrodynamics (SPH) framework. The …

Geo-disasters result in serious loss of life and property, and prediction and prevention of
these disasters is of great importance. The smoothed particle hydrodynamics (SPH) method …