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 …

Direct numerical simulations are employed to investigate the interactions of bidisperse
turbidity currents with three-dimensional seafloor topography in the form of Gaussian bumps …

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 …

An accurate, three-dimensional Navier–Stokes based immersed boundary code called
TURBINS has been developed, validated and tested, for the purpose of simulating density …

Breakwater is a building that is formed to dampen the brunt of waves in an accelerating fluid.
The breakwater has the characteristic of resisting the velocity of a very large fluid wave by …

In this article, we explore the submarine channel formation driven by the interaction of
turbidity currents with an erodible bed. The theoretical analysis considers the three …

Abstract Direct Numerical Simulations are employed to investigate the mixing dynamics of
turbidity currents interacting with seamounts of various heights. The mixing properties are …

This study analyses the three‐dimensional geometry of sedimentary features recorded on
the modern sea floor and in the shallow subsurface of a shelf to upper slope region offshore …

We discuss the results of direct numerical simulations of bi-disperse turbidity currents
interacting with a flat bottom wall and a Gaussian bump, respectively, with a focus on the …

Abstract The northern Gulf of Mexico basin, known for its hydrocarbon potential and a myriad
of geologic structures and processes, has been underexplored to understand deepwater …