Landslide-induced waves, generated by mass movements such as ice and rock avalanches
impacting water bodies, represent significant hazards. These phenomena have garnered …

Landslides and subsequent impulse waves could result in destructive hazards, while most of
the existing simulation methods are dependent on over simplifications or excessive …

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 …

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 …

A coupled discontinuous smooth particle hydrodynamics (CDSPH) method was developed
and employed to investigate the disaster process of Vajont rockslide. In this method, virtual …

With complex topographic and hydrological characteristics, the landslide-induced surge
disaster chain readily develops in mountainous and gorge areas, posing a huge challenge …

Landslide-induced waves often result in severe casualties, economic losses, and even
catastrophic consequences, which are far more destructive than the landslide itself. In this …

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 …

This work presents an improved soil‒water coupling model to simulate landslide‐generated
impulse waves (LGIWs) in a unified smoothed particle hydrodynamics (SPH) framework …

A novel weakly compressible multi-phase SPH method is developed for modeling various
landslides. In this model, the multi-phase system of fluid and granular materials is regarded …