In this review article, we discuss recent progress with regard to modeling gravity-driven, high
Reynolds number currents, with the emphasis on depth-resolving, high-resolution …

Turbidity currents are underflows responsible for sediment deposits that generate geological
formations of interest for the oil and gas industry. LibMesh-sedimentation is an application …

Numerical models can help to push forward the knowledge about complex dynamic physical
systems. Modern approaches employ detailed mathematical models, taking into …

Moving sediments are intrinsic to several engineering and natural phenomena.
Consequently, the study of sediment transport induced by fluid flows is critical. The transport …

Turbidity currents are the main means by which sediments are transported across the ocean
floor and one of the principal mechanisms that leads to the formation of basins hosting oil …

We present a new event‐driven approach that combines a shallow water flow model with a
practical sedimentation technique to simulate the formation of turbidite depositional systems …

One challenging category of problems in flow computation is the modeling of moving
boundaries and interfaces. There are different techniques to model such problems: interface …

Particle-laden flows are a very complex natural phenomenon and considered one of the
most responsible for sediment transport and deposition that lead to the formation of basins …