Coupled fluid–solid phase continuum problems associated with large deformation as
geotechnics experts encounter in slope stability problems have been extensively reviewed …

To better understand the dynamic process of rock avalanches blocking rivers, a novel
numerical approach based on the coupled Eulerian-finite-discrete element method …

Earth surface flows in nature, like debris flows and rock avalanches, have threatened
people's safety and infrastructure during past decades. Though grain size distribution (GSD) …

Natural soils often exhibit an anisotropic fabric pattern as a result of soil deposition,
weathering, or filling. This paper aims to investigate the effect of soil interdependent …

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 …

Slit dams are widely used for managing multiphase geophysical flows with diverse
objectives. However, quantitatively linking dam configurations and flow properties to design …

Debris flow events occur when fine soils and sediments are mixed with water, transporting
coarse objects such as boulders and woody vegetation (debris) in a fast-moving down-slope …

Rapid granular flows are one of the most catastrophic geo-disasters frequently encountered
in mountainous areas. The baffle structure has been demonstrated to be an effective …

Giant landslides can cause significant damage to their dynamic runout processes.
Understanding the mechanics of the runout process is essential for landslide risk …

Baffle system is a promising disaster mitigation measure, while the mechanism of debris-
baffle interaction at grain scale has not been fully understood, and especially the effect of the …