Turbulence under strong stratification and rotation is usually characterized as quasi-two dimensional turbulence. We develop a "quasi-two dimensional" energy spectrum which changes smoothly between the Kolmogorov -5/3 law (no stratification), the -2 scalings of Zhou for the case of strong rotation, as well as the -2 scalings for the case of strong rotation and stratification. For strongly stratified turbulence, the model may give the -2 scaling predicted by Herring; and the -5/3 scaling indicated by some mesoscale observations
In rotating turbulence, stably stratified turbulence, and in rotating stratified turbulence, heurist...
textMotivated by the variation of Coriolis effects on planetary scale flows, we explore rotating tu...
2012 Fall.Includes bibliographical references.The dynamics and turbulent structures of stably strati...
A fundamental problem in uid dynamics that remains a mystery, even after half a century of dedicate...
The inertial-range properties of quasi-stationary hydrodynamic turbulence under solid-body rotation ...
Turbulence raises many issues such as fundamental questions in mathematics, continuum mechanics in p...
Rotating grid turbulence experiments have been carried out in a stably stratified fluid for relative...
The fundamental nature of rapidly rotating, stably stratified (i.e. quasi-geostrophic) turbulence ha...
International audienceNonlinear approaches such as direct numerical simulations (DNS) yield a charac...
International audienceHomogeneous turbulence in rotating shear flows is studied by means of pseudosp...
International audienceDirect numerical simulations of stably and strongly stratified turbulent flows...
A series of numerical experiments on the two-dimensional decaying turbulence is performed for a non-...
Turbulence is ubiquitous within geophysical and astrophysical fluid flows. Its interaction with phys...
This work investigates the turbulent constitutive relation when turbulence is subjected to solid bod...
The Kolmogorov-Batchelor-Kraichnan (KBK) theory of two-dimensional turbulence is generalized for tur...
In rotating turbulence, stably stratified turbulence, and in rotating stratified turbulence, heurist...
textMotivated by the variation of Coriolis effects on planetary scale flows, we explore rotating tu...
2012 Fall.Includes bibliographical references.The dynamics and turbulent structures of stably strati...
A fundamental problem in uid dynamics that remains a mystery, even after half a century of dedicate...
The inertial-range properties of quasi-stationary hydrodynamic turbulence under solid-body rotation ...
Turbulence raises many issues such as fundamental questions in mathematics, continuum mechanics in p...
Rotating grid turbulence experiments have been carried out in a stably stratified fluid for relative...
The fundamental nature of rapidly rotating, stably stratified (i.e. quasi-geostrophic) turbulence ha...
International audienceNonlinear approaches such as direct numerical simulations (DNS) yield a charac...
International audienceHomogeneous turbulence in rotating shear flows is studied by means of pseudosp...
International audienceDirect numerical simulations of stably and strongly stratified turbulent flows...
A series of numerical experiments on the two-dimensional decaying turbulence is performed for a non-...
Turbulence is ubiquitous within geophysical and astrophysical fluid flows. Its interaction with phys...
This work investigates the turbulent constitutive relation when turbulence is subjected to solid bod...
The Kolmogorov-Batchelor-Kraichnan (KBK) theory of two-dimensional turbulence is generalized for tur...
In rotating turbulence, stably stratified turbulence, and in rotating stratified turbulence, heurist...
textMotivated by the variation of Coriolis effects on planetary scale flows, we explore rotating tu...
2012 Fall.Includes bibliographical references.The dynamics and turbulent structures of stably strati...