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 …

In this paper, the method of computational fluid dynamics (CFD) is proposed to simulate a
fluidized submarine landslide with shear thinning non-Newtonian fluids over a seabed …

With the extensive laying of subsea pipe networks, interactions between seabeds and
pipelines are attracting increasing attention; nevertheless, the study of buried pipelines …

This paper proposes a distributed model for assessing the damage to a submarine pipeline
network induced by regional debris flows. The model consists of three components: a spatial …

In recent years, many estimation methods have been developed to assess the stable impact
forces of a submarine debris flow on a pipeline. However, existing methods cannot fully …

In recent years, many downscaled physical hydraulic tests and Computational Fluid
Dynamics (CFD) numerical simulations in normal-gravity environments have been …

Hyperconcentrated turbidity currents typically display non-Newtonian characteristics that
influence sediment transport and morphological evolution in alluvial rivers. However, hydro …

Existing FE methods have significant limitations in simulating the stability of low-angle, low-
shear-strength submarine slopes with engineering structures such as monopiles. Therefore …

Abstract Evaluation of regional submarine debris flows is critical for quantitative assessment
of vulnerable areas and reasonable design of geohazard mitigation measures. In this article …

Debris flows tend to erode sediment from or deposit sediment on the bed, which changes
their volume and, thus, in turn, affects their rheological properties. However, previous …