AP
Member Since 2006
Annick Pouquet
Part-time research scientist, CIRES/ NOAA CSL / LASP
AGU Research
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Intermittency scaling for mixing and dissipation in rotating stratified turbulence at the edge of instability
GEOPHYSICAL FLUID DYNAMICS: PHYSICS-INFORMED MACHINE LEARNING I ORAL
nonlinear geophysics | 14 december 2023
Annick Pouquet, Duane L. Rosenberg, Raffaele Marin...
Direct numerical simulations (DNS) of rotating, stably stratified flows are performed at moderate Reynolds numbers (Re), and for relatively long integ...
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Buoyancy Flux and Helicity Trends in Stably Stratified Turbulence
GEOPHYSICAL FLUID DYNAMICS IV POSTER
nonlinear geophysics | 13 december 2022
Fabio Feraco, Raffaele Marino, Raffaello Foldes, L...
Geophysical fluids are known to develop large-scale extreme events in the vertical velocity and temperature field which have been recently captured by...
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Extreme vertical drafts and the modulation of local energy dissipation in stratified geophysical flows
GEOPHYSICAL FLUID DYNAMICS IV POSTER
nonlinear geophysics | 13 december 2022
Raffaele Marino, Alain Pumir, Duane L. Rosenberg, ...
Stratified geophysical flows can develop extreme events in the form of bursts in the temperature and in the vertical velocity, resulting from the inte...
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Turbulence generation by large-scale extreme vertical drafts in stratified geophysical flows
ATMOSPHERIC GRAVITY WAVES, FROM THE SURFACE TO THE EDGE OF SPACE III POSTER
spa-aeronomy | 16 december 2021
Raffaele Marino, Fabio Feraco, Leonardo Primavera,...
Recent studies based on direct numerical simulations (DNS) have shown that stably stratified geophysical flows can develop sporadic, extreme events in...
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A Link between Large- and Small-scale Intermittency in Stratified Turbulent Flows
GEOPHYSICAL FLUID DYNAMICS III POSTER
nonlinear geophysics | 15 december 2021
Harikrishnan charuvil Asokan, Fabio Feraco, Raffae...
Large-scale intermittent vertical drafts and temperature bursts seem to be the key to a better characterization of turbulent stratified flows. These e...
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Statistics of single-particles in a numerical simulation of atmospheric turbulence in presence of rotation and stratification.
GEOPHYSICAL FLUID DYNAMICS III POSTERS
nonlinear geophysics | 16 december 2020
Leonardo Primavera, Fabio Feraco, Dhawal Buaria, R...
Here we present a detailed study of single particle Lagrangian statistics in presence of rotation and stratification. Rotating and stratified turbulen...
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The role of vertical shear in the slow return to isotropy in rotating stratified turbulent flows
GEOPHYSICAL FLUID DYNAMICS III POSTERS
nonlinear geophysics | 16 december 2020
Annick Pouquet, Duane L. Rosenberg, Raffaele Marin...
We examine some of the characteristics of a return to isotropy for rotating stratified turbulence through the analysis of a large number of direct num...
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Linking dissipation, anisotropy and intermittency in rotating stratified turbulence at the threshold of linear shear instabilities
GEOPHYSICAL FLUID DYNAMICS II
nonlinear geophysics | 12 december 2019
Annick Pouquet, Duane L. Rosenberg, Raffaele Marin...
A large data base of high-resolution three-dimensional direct numerical simulations of decaying rotating stratified flows is analyzed to show that ano...
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