Landslides are generated by natural causes and by human action, causing various
geomorphological changes as well as physical and socioeconomic loss of the environment …

Depth-integrated wave models are widely used for simulating large-scale propagation of
landslide tsunamis, with the generation of tsunami being simulated separately by various …

The present study proposes an MPM (material point method)–FEM (finite element method)
hybrid analysis method for simulating granular mass–water interaction problems, in which …

Subaerial landslides falling into a large body of water can generate large impulse waves
(tsunamis). The wave generation by subaerial landslides involves sediment, water and air …

This paper establishes a SPH (Smoothed Particle Hydrodynamics) model for simulating
underwater landslides based on the mixture theory. This model requires only one layer of …

Different from the clear water dam-break flow, flow patterns and multiphase interactions of
the silted-up dam-break flow are always more complicated, hence it may lead to more …

Large impulse waves are generated when a highly mobilized landslide impacts a water
body along the runout path. On August 27, 2014, a massive landslide occurred in Fuquan …

Landslide failure near a reservoir generates impulse waves, greatly increasing casualties
and property losses. This paper presents a field investigation and potential impulse wave …

Two approaches are proposed to simulate tsunamis generated by granular landslides: a
depth-averaged model, AVALANCHE, and laminar Navier–Stokes simulations using the …

This work aims to develop a Weakly Compressible Smoothed Particle Hydrodynamics
(WCSPH) in-house code for modelling landslide–water interaction problems. While we …