Computational Fluid Dynamics (CFD) has consolidated as a tool to provide understanding
and quantitative information regarding many complex environmental flows. The accuracy …

The article surveys the current state of our understanding of turbidity currents, with an
emphasis on their fluid mechanics. It highlights the significant role these currents play within …

The application of CFD (computational fluid dynamics) using RANS (Reynolds-averaged
Navier–Stokes equations) model to turbulent flows with mass transfer generally estimates …

There is a growing need across different disciplines to develop better predictive tools for flow
conditions of density and turbidity currents. Apart from resorting to complex numerical …

Sediment gravity flows, particularly those in the marine environment, are dynamically
interesting because of the non‐linear interaction of mixing, sediment entrainment …

We perform the linear and weakly nonlinear stability analyses of longitudinal sediment
waves triggered by the interaction of turbidity currents with an erodible bed. The …

The capacity of turbidity currents to carry sand and coarser sediment from shallow to deep
regions in the submarine environment has attracted the attention of researchers from …

In this work we present direct numerical simulations (DNS) of sediment‐laden channel flows.
In contrast to previous studies, where the flow has been driven by a constant, uniform …

Intense turbidity currents occur in the Malaylay Submarine Canyon off the northern coast of
Mindoro Island in the Philippines. They start in very shallow waters at the shelf break and …

Turbidity currents play a critical role in effective sediment and reservoir management in
alluvial rivers. Yet previous estimations of reservoir turbidity currents are mostly based on …