<p>Both frames rotate with constant and equal velocity, and the flask is placed at the center of rotation. The flask was divided into two compartments, denoted as the “y-positive compartment” (for y ≥ 0) and “y-negative compartment” (for y < 0). A virtual variable was placed in the “y-positive compartment” only. Subsequently, the variable was left to mix by convection, and the average concentration in the two compartments was monitored. The rapid fluid motion leads to thorough mixing within two to three periods (arrows).</p
Rapidly rotating Rayleigh-Bénard convection is studied using time-resolved particle image velocimetr...
The strongly-modified turbulence statistics of Rayleigh-Bénard convection subject to various rotatio...
\u3cp\u3eBackground rotation causes different flow structures and heat transfer efficiencies in Rayl...
<p>Both frames rotate with constant and equal velocity; the flask is placed at the center of rotatio...
We study thermal convection in a rotating fluid, with the ultimate goal of explaining the structure ...
The effects of an axial rotation on the turbulent convective flow because of an adverse temperature ...
<p>Both frames rotate with constant and equal velocity, and the flask is placed at the center of rot...
<p>Both frames rotate with constant and equal velocity; the flask is placed at the center of rotatio...
This study aims to explore how the flow transition from one state to the other in rotating convectio...
This paper experimentally investigates the convection in a rapidly rotating tangent cylinder (TC), f...
Many flows in nature and technology are driven by buoyant convection and subsequently modulated by r...
In a recent letter (C. Giraudet et al., EPL 111, 60013 (2015)) we reported preliminary data showing ...
We report on experimental measurements of rotating Rayleigh-Bénard convection to study the influence...
Rapidly rotating Rayleigh-Bénard convection is studied using time-resolved particle image velocimetr...
The strongly-modified turbulence statistics of Rayleigh-Bénard convection subject to various rotatio...
\u3cp\u3eBackground rotation causes different flow structures and heat transfer efficiencies in Rayl...
<p>Both frames rotate with constant and equal velocity; the flask is placed at the center of rotatio...
We study thermal convection in a rotating fluid, with the ultimate goal of explaining the structure ...
The effects of an axial rotation on the turbulent convective flow because of an adverse temperature ...
<p>Both frames rotate with constant and equal velocity, and the flask is placed at the center of rot...
<p>Both frames rotate with constant and equal velocity; the flask is placed at the center of rotatio...
This study aims to explore how the flow transition from one state to the other in rotating convectio...
This paper experimentally investigates the convection in a rapidly rotating tangent cylinder (TC), f...
Many flows in nature and technology are driven by buoyant convection and subsequently modulated by r...
In a recent letter (C. Giraudet et al., EPL 111, 60013 (2015)) we reported preliminary data showing ...
We report on experimental measurements of rotating Rayleigh-Bénard convection to study the influence...
Rapidly rotating Rayleigh-Bénard convection is studied using time-resolved particle image velocimetr...
The strongly-modified turbulence statistics of Rayleigh-Bénard convection subject to various rotatio...
\u3cp\u3eBackground rotation causes different flow structures and heat transfer efficiencies in Rayl...