Turbulent flows and intermittency in laboratory experiments

Turbulent flows and intermittency in laboratory experiments

Source :

• Planetary and Space Science [ 0032-0633 ] ; 2001.

Descripteurs français

• Wicri :
  • topic : Distribution d'énergie, Science de l'espace.

English descriptors

• KwdEn :
  • Active eddies, Anselmet, Antonia, Atmospheric data, Atmospheric surface layer, Behaviour, Boundary layer, Cambridge university press, Cascade, Cascade models, Circular jets, Density structures, Disjoint boxes, Dissipation, Dissipation correlation, Dissipation range, Eddy, Elementary steps, Elsevier science, Energy cascade, Energy dissipation, Energy distribution, Erent, Erent scales, Erent values, Experimental conditions, Experimental data, Experimental results, Exponent, Fluid mech, Fractal, Fractal dimension, Fractal ideas, Frisch, Gaussian distribution, Generalized equation, Grid, Grid turbulence, High reynolds number turbulence, High reynolds numbers, Homogeneous turbulence, Horizontal line, Increment, Inertial, Inertial range, Inertial range behaviour, Inertial range limits, Integral scale, Intermittency, Intermittency exponent, Intermittency models, Intermittency parameter, Interstellar clouds, Isotropic relation, Isotropic turbulence, Isotropy, Kinetic temperature, Kolmogorov, Laboratory experiments, Laboratory turbulence, Large reynolds numbers, Large scales, Lett, Little whirls, Local isotropy, Local structure, Longitudinal, Longitudinal velocity increment pdfs, Longitudinal velocity increments, Mech, Meneveau, Molecular clouds, Monin, Multifractal, Multifractal models, Multiplicative processes, Nauk sssr, Novikov, Numerical data, Numerical value, Particular eddy, Pdfs, Phys, Present paper, Random distribution, Range exponents, Reasonable agreement, Reynolds, Reynolds number, Reynolds number dependence, Reynolds numbers, Same value, Schertzer, Similar trend, Similarity hypothesis, Singularity, Small scales, Source term, Space science, Spiral vortices, Sreenivasan, Statistical approach, Statistical properties, Structure function, Structure functions, Turbulence, Turbulence properties, Turbulent, Turbulent boundary layer, Turbulent energy, Turbulent shear, Turbulent wake, Typical size, Uctuations, Uence, Various intermittency models, Velocity increments, Velocity spectrum, Velocity structure functions, Vortex, Yaglom, Zhou.
• Teeft :
  • Active eddies, Anselmet, Antonia, Atmospheric data, Atmospheric surface layer, Behaviour, Boundary layer, Cambridge university press, Cascade, Cascade models, Circular jets, Density structures, Disjoint boxes, Dissipation, Dissipation correlation, Dissipation range, Eddy, Elementary steps, Elsevier science, Energy cascade, Energy dissipation, Energy distribution, Erent, Erent scales, Erent values, Experimental conditions, Experimental data, Experimental results, Exponent, Fluid mech, Fractal, Fractal dimension, Fractal ideas, Frisch, Gaussian distribution, Generalized equation, Grid, Grid turbulence, High reynolds number turbulence, High reynolds numbers, Homogeneous turbulence, Horizontal line, Increment, Inertial, Inertial range, Inertial range behaviour, Inertial range limits, Integral scale, Intermittency, Intermittency exponent, Intermittency models, Intermittency parameter, Interstellar clouds, Isotropic relation, Isotropic turbulence, Isotropy, Kinetic temperature, Kolmogorov, Laboratory experiments, Laboratory turbulence, Large reynolds numbers, Large scales, Lett, Little whirls, Local isotropy, Local structure, Longitudinal, Longitudinal velocity increment pdfs, Longitudinal velocity increments, Mech, Meneveau, Molecular clouds, Monin, Multifractal, Multifractal models, Multiplicative processes, Nauk sssr, Novikov, Numerical data, Numerical value, Particular eddy, Pdfs, Phys, Present paper, Random distribution, Range exponents, Reasonable agreement, Reynolds, Reynolds number, Reynolds number dependence, Reynolds numbers, Same value, Schertzer, Similar trend, Similarity hypothesis, Singularity, Small scales, Source term, Space science, Spiral vortices, Sreenivasan, Statistical approach, Statistical properties, Structure function, Structure functions, Turbulence, Turbulence properties, Turbulent, Turbulent boundary layer, Turbulent energy, Turbulent shear, Turbulent wake, Typical size, Uctuations, Uence, Various intermittency models, Velocity increments, Velocity spectrum, Velocity structure functions, Vortex, Yaglom, Zhou.

Abstract

• https://api.istex.fr/document/78F9FBAEF33D80613B95CAAF8CC22851B378708A/fulltext/pdf

Affiliations:

• Australie, France
• Provence-Alpes-Côte d'Azur
• Marseille

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