A series of constant-flux saline and turbidity current experiments were carried out, focusing
on the coupling impact of bed roughness and permeability on current propagation, mixing …

The dynamics of gravity currents propagating beneath intermediate water waves is
investigated in the present study. Laboratory experiments were carried out in a wave flume …

This study presents LES results of two colliding gravity currents, with different densities
and/or heights, in a half-depth lock-exchange set-up. The dynamical features of collision for …

This paper aims to understand the characteristics and dynamical processes of two rotating
buoyant fluids (two adjacent river plumes) under ideal geostrophic conditions and further …

Understanding the dynamics and structures in the deep ocean is one of the remaining
challenges in oceanography and climate sciences. We present results from large-scale …

This paper presents a method for simultaneous particle image velocimetry (PIV) on parallel
planes offset in depth. The method places images from two planes onto a different half of a …

Gravity currents are ubiquitous in polar regions and marginal seas and play a crucial role in
the formation of deep waters in the ocean. They contribute to the vorticity and energy …

In this paper, the simultaneous effects of boundary roughness and upslope on lock-release
gravity currents were investigated by laboratory experiments, focusing on current …

An extensional use of the light attenuation technique is described to study the dynamics of
particle laden flows. The method is validated against an analytical absorption/scattering …

Ocean gravity currents flow along the inclined ocean floor for long times compared to the
planet's rotation period. Their shape and motion is governed by the gravity buoyancy …