Based on the conservation laws of mass, momentum and energy, the generalized
interpolation material point (GIMP) method is further developed in this paper for fully coupled …

This paper presents an approach for assessing the failure probability of a road system due
to its interaction with landslides induced by the earthquake. The landslide occurrence and …

With a view to simulating the entire process of a landslide‐triggered tsunami, ranging from
tsunami generation to offshore wave propagation, with relatively low computational costs …

Debris flow sliding with high-speed and its possible interactions with a confined water body
may lead to dangerous hazard. Therefore, it is important in practical applications to …

In this study, a coupled Eulerian-Lagrangian (CEL) technique was used to investigate the
dynamic behaviors of granular material, including the collapse of a granular column and the …

The rapid drawdown of river level is very detrimental to the stability of dikes. In this paper,
the entire slope failure process of a real dike with sandy soil interlayer after rapid river …

The present paper presents a study of a particular instability mechanism observed in coastal
ranges of southeastern Brazil. It consists of the failure of a saturated soil slope hit by a rock …

For a fiber-reinforced soil slope, the constitutive law of the soil-fiber composite is complex,
and the failure mechanism for the reinforced slope is not well understood. In the traditional …

Soil–water interaction is a pivotal process in many underwater geohazards such as
underwater landslides where soil sediments gradually evolve into turbidity currents after …

Numerical simulation for large deformation problems of saturated soil poses an ongoing
challenge since it requires the capabilities of modeling large deformations, interactions …