Tsunami-induced currents present an obvious hazard to maritime activities and ports in
particular. The historical record is replete with accounts from ship captains and harbour …

Investigators have modeled oceanic and atmospheric vortices in the laboratory in a number
of different ways, employing background rotation, density effects, and geometrical …

The scope of this work is to present and discuss the results obtained from simulating three-
dimensional plunging breaking waves by solving the Navier-Stokes equations, in air and …

Many experiments have been performed in electromagnetically driven shallow fluid layers to
study quasi-two-dimensional (Q2D) turbulence, the shallowness of the layer commonly is …

A series of experiments and numerical simulations on the interactions between a solitary
wave and an impervious structure of square cross-section (block) in relatively shallow water …

We characterize experimentally how three dimensionality appears in wall-bounded
magnetohydrodynamic flows. Our analysis of the breakdown of a square array of vortices in …

In this study, the effect of underwater thermal jet on the thermal skin of water surface were
conducted by experiments. The parameters, such as the Reynolds number, underwater …

The conditions under which submerged momentum disturbances can penetrate upward and
create detectable signatures on the water surface were studied using laboratory …

The canonical laboratory set-up to study two-dimensional turbulence is the
electromagnetically driven shallow one-or two-layer fluid. Stereo-Particle-Image-Velocimetry …

Recent experiments on a freely evolving dipolar vortex in a homogeneous shallow fluid
layer have clearly shown the existence and evolution of complex three-dimensional (3D) …