During the construction of slurry shield tunnels, bentonite slurries play a significant part in
maintaining excavation face stability where suitable slurries infiltrate into the stratum to form …

Rainfall-induced landslides seriously threaten hilly environments, leading local authorities to
implement various mitigation measures to decrease disaster risk. However, there is a …

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

Traditional grouting techniques are primarily based on stable-pressure grouting, with slurry
penetration performance limited. Research on the penetration behavior of pulsating slurry is …

Extraction of physical quantities such as flow depth and velocities, is one of the major
purposes of geophysical flow numerical modeling and critical for estimating consequent …

This study presents the initiation and kinetics characteristics of the **aogangjian (XGJ)
rockslide failure via three-dimensional (3D) discrete element method (DEM) simulations …

Computational analysis of debris flow dynamics and its impact on structures, including check
dams, is a long-standing problem for hazard prevention. It's a complex issue involving two …

Granular-flow type landslides are a prevalent and intricate natural hazard that necessitates
an appropriate numerical simulation method and a reasonable rheological model to …

The present work shows a novel phase-change concept for simulating landslides using the
smoothed particles hydrodynamics (SPH) method. The idea is to initiate the simulation of a …

The impact load of boulders transported by debris flow is crucial in designing protective
structures constructed along the potential flow paths. In this study, the Coupled Eulerian …