Turbulent convection induced by heating the bottom boundary of a horizontally
homogeneous, linearly (temperature) stratified, rotating fluid layer is studied using a series …

Turbulent convection into stratified two-layer fluid systems in the presence of rotation has
been investigated in a cylindrical laboratory tank. For a wide range of conditions the vertical …

During the past two decades, numerous laboratory experiments have been performed to
understand the influence of rotation and stratification on turbulence induced by thermal …

A laboratory experiment has been constructed to Model the deep convective processes in a
stratified ocean driven by the energetic cooling at the ocean surface. For convenience in the …

Turbulent convection for a rotating layer of fluid heated from below is studied in this paper.
The boundaries of the fluid layer are taken to be free. The underlying principle, used is the …

The symmetrical thermal convection of a rotating fluid subject to a horizontal temperature
difference is examined. It is shown that the effect of rotation is to inhibit the convection. The …

The convective flow in an infinite horizontal fluid layer rotating rigidly about a normal axis is
investigated for the special case of infinite Prandtl number and free boundary conditions. For …

A laboratory experiment has been conducted to examine deep convective processes in a
stratified ocean. For convenience, cooling at the ocean surface is modelled in the laboratory …

A simple mechanistic model to explain the thermal offset observed in highly turbulent
rotating convection experiments is presented. The experiments indicate that for sufficiently …

Laboratory experiments were carried out to investigate the effects of rotation on turbulent
convection. The experimental facility was a bottom-heated, water-filled, cubical tank …