In the past decades, flow‐like catastrophic landslides caused many victims and important
economic damage around the world. It is therefore important to predict their path, velocity …

In this paper, the theoretical framework is a depth-integrated two-phase model capable of
considering many essential physical aspects such as reproducing the propagation of debris …

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

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

In this research work, a constitutive mathematical review has been carried out to study the
application of smoothed-particle hydrodynamics (SPH) in the modeling of geophysical flows …

The objective of this study is to provide an effective method for risk prediction and disaster
control of earthquake-induced landslides. The Hongshiyan landslide induced by Ludian …

In nature, when hazardous geophysical granular flows (eg a snow avalanche) impact on an
obstacle as they stream down a slope, rapid changes in flow depth, direction and velocity …

This paper aims to present several approaches for fluid–solid coupling applied in landslide
river blocking simulations based on the Abaqus software. These approaches include the …

Landslide-induced waves are a complex fluid–solid coupling phenomenon. A code for
coupled fluid–solid simulation was developed on the basis of a coupled SPH-DEM …

This study proposed a random Smoothed Particle Hydrodynamics method for analyzing the
post-failure behavior of landslides, which is based on the Karhunen–Loève (KL) expansion …