Submarine debris flows occur under the cloak of the sea and are giants among other types
of landslides on planet Earth. They pose a significant threat to sustainable offshore …

This article presents the current state-of-the-art understanding of underwater dilative slope
failure (breaching). Experimental investigations are reviewed, providing critical insights into …

This study employs the large-eddy simulation (LES) method to investigate the interaction of
submarine sediment flows with extensive shear behavior and ambient water. This method is …

Pipelines in the deep sea are at risk of damage due to submarine landslides, which can
result in the loss of costly infrastructure and pollution stemming from hydrocarbon leaks …

The turbidity current (TC), a ubiquitous fluid–particle coupled phenomenon in the natural
environment and engineering, can transport over long distances on an inclined terrain due …

Computational fluid dynamics-discrete element method is frequently used for modeling
particulate flows due to its high efficiency and satisfactory accuracy. The particle volume …

In this paper, fluid-particle interactions in lock-exchange turbidity currents (TCs) over a flat
bed are investigated using a model combining LES and DEM (Large-Eddy Simulation and …

Submarine landslide-ambient water-pipeline interactions are receiving extensive attention in
ocean engineering, especially the impact forces caused by landslides on pipelines …

Subaqueous granular collapse on an inclined plane was investigated by considering the
effects of particle size and initial concentration in densely packed conditions. This study …

Historically, frequent submarine slide hazards have directly or indirectly caused much
devastating damage to offshore infrastructure, resulting in large economic losses that have …