Landslide-generated waves (LGWs) are among natural hazards that have stimulated
attentions and concerns of engineers and researchers during the past decades. At the same …

An incompressible‐smoothed particle hydrodynamics (I‐SPH) formulation is presented to
simulate impulsive waves generated by landslides. The governing equations, Navier …

This paper presents the experimental results of impulsive waves caused by subaerial
landslides. A wide range of effective parameters are considered and studied by performing …

We perform numerical simulations to assess how coastal tsunami hazard from submarine
mass failures (SMFs) is affected by slide kinematics and rheology. Two types of two-layer …

Abstract The Mapping and Modeling Subcommittee of the US National Tsunami Hazard
Mitigation Program convened a workshop in January 2017 to evaluate the present state of …

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 …

In this work we extend a high-order Boussinesq-type (finite difference) model, capable of
simulating waves out to wavenumber times depth kh< 25, to include a moving sea-bed, for …

This paper presents a new landslide-generated wave (LGW) model based on
incompressible Euler equations with Savage-Hutter assumptions. A two-layer model is …

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 …

Laboratory investigations have been performed on the submarine landslide generated
waves by performing 120 laboratory tests. Both rigid and deforming-slide masses are …