Turbidity currents are important ocean dynamic processes that influence sediment transport,
ocean engineering, and marine environments. As a turbidity current evolves, its macroscopic …

Local meteorological conditions including wind speed and turbulence significantly influence
the dispersion of pollutant plumes, introducing severe difficulties in predicting its trajectory …

We report experimental results on the injection of a heavy fluid into a light one in a closed-
end pipe, inclined at intermediate angles. The injection of the heavy fluid is made using an …

The present study aims to provide a statistical analysis of turbulence in the mixing layer of a
lock-exchange gravity current propagating over a 2% slope based on large eddy simulation …

The Schmidt number, defined as the ratio of scalar to momentum diffusivity, varies by
multiple orders of magnitude in real-world flows, with large differences in scalar diffusivity …

A fundamental study has been conducted to understand the front characteristics and the
mixing in the flow of density currents over rough surfaces. A large-eddy simulation (LES) has …

Counterintuitively, fresh water attains a maximum density at a temperature above its freezing
point. As a result, it exhibits a phenomenon known as weak cabbeling. If a system is in the …

A fundamental study has been conducted to understand the mean and turbulence
characteristics and their role in mixing processes of starting turbulent plumes initiated by a …

Particle-laden gravity currents down a slope in stratified fluid are important processes in
lake, estuary, and ocean environments. By conducting direct numerical simulations, this …

Driven by a growing importance to engineered structures, investigating the flow
characteristics of turbidity currents interacting with a basal obstruction has become popular …