… , and Donghekou landslides were among the … landslides. This paper presents a three-dimensional
model based on smoothed particle hydrodynamics (SPH) to simulate rapid landslide …

… 7e, f) as the wave overtakes the landslide and propagates out of the impact area. During
the main period of generation, the three phases (soil, water, and air) were clearly separated …

… and propagation; however, the landslide boundary conditions … simulate tsunami propagation,
but the landslide motion must … and boundary conditions of the landslide and reservoir are …

… to evaluate the hazards associated with landslide runout arising from loose-fill … particle
hydrodynamics (SPH) method, which is capable of capturing large deformations of landslides. …

… work can simulate landslide propagation across complex submarine terrain and predict the
resulting tsunami waves. In the simulation of the Baiyun landslide, the particle spacing is 50 …

… and crack propagation, like the propagation stage of a landslide, and is relatively easy to
incorporate complex geometries. Therefore, SPH is more suitable to the simulation of flow-like …

… landslide-generated waves involve complex processes such as the impact of landslides, wave
generation, and propagation… a coupled algorithm of smooth particle hydrodynamics (SPH) …

… for modelling landslide–water interaction problems. While we consider the landslide phase
… For this purpose, we propose a new constitutive law to handle simultaneously the landslide …

… The purpose of this Section devoted to mathematical models which can be applied to
landslide propagation analysis is to present a set of hierarchical models based on the Biot–…

… In this work, we have used a meshless method referred to as the smoothed particle
hydrodynamic or SPH. As in any meshless method, information is linked to moving nodes. We will …