Add to ORKGTubular neighbours of Brownian paths in 3D space may be suitable phenomenological models of vortex filaments of turbulent fluids. This paper investigates scaling laws of the fluid based on these vortex filament models
The evolution of vortex statistics for decaying two-dimensional turbulence in a square container wit...
The kinematics of a very thin vortex tube in a three-dimensional fluid may be described by the filam...
We survey the role of coherent vortices in two-dimensional turbulence, including formation mechanism...
Tubular neighbours of Brownian paths in 3D space may be suitable phenomenological models of vortex f...
summary:A model of vortex filaments based on stochastic processes is presented. In contrast to previ...
We study the statistical properties of coherent, small-scales, filamentary-like structures in Turbul...
Abstract. It has been said that vorticity acts as an internal ‘skeleton ’ that determines the struct...
The intricate structure of the vorticity field at small scales of turbulence has been revealed in re...
A definition of scaling law for suitable families of measures is given and investigated. First, a nu...
A numerical study of turbulence seeded with light particles is presented. We analyze the statistical...
This paper deals with the fractal dimension of a superuid vortex tangle. It extends a previous model...
We employ a model of fully structured decaying turbulence consisting of unconstrained, reconnecting ...
International audienceWe use high resolution numerical simulations over several hundred of turnover ...
We show how theoretical analysis and experimental investigation complement each other in the study o...
The streamwise and transverse velocities are measured simultaneously in isotropic grid turbulence at...
The evolution of vortex statistics for decaying two-dimensional turbulence in a square container wit...
The kinematics of a very thin vortex tube in a three-dimensional fluid may be described by the filam...
We survey the role of coherent vortices in two-dimensional turbulence, including formation mechanism...
Tubular neighbours of Brownian paths in 3D space may be suitable phenomenological models of vortex f...
summary:A model of vortex filaments based on stochastic processes is presented. In contrast to previ...
We study the statistical properties of coherent, small-scales, filamentary-like structures in Turbul...
Abstract. It has been said that vorticity acts as an internal ‘skeleton ’ that determines the struct...
The intricate structure of the vorticity field at small scales of turbulence has been revealed in re...
A definition of scaling law for suitable families of measures is given and investigated. First, a nu...
A numerical study of turbulence seeded with light particles is presented. We analyze the statistical...
This paper deals with the fractal dimension of a superuid vortex tangle. It extends a previous model...
We employ a model of fully structured decaying turbulence consisting of unconstrained, reconnecting ...
International audienceWe use high resolution numerical simulations over several hundred of turnover ...
We show how theoretical analysis and experimental investigation complement each other in the study o...
The streamwise and transverse velocities are measured simultaneously in isotropic grid turbulence at...
The evolution of vortex statistics for decaying two-dimensional turbulence in a square container wit...
The kinematics of a very thin vortex tube in a three-dimensional fluid may be described by the filam...
We survey the role of coherent vortices in two-dimensional turbulence, including formation mechanism...