We numerically investigate the spatial and temporal statistical properties of a dilute polymer
solution in the elastic turbulence regime, ie, in the chaotic flow state occurring at vanishing …

We present a numerical study of two-dimensional turbulent flows in the enstropy cascade
regime, with different large-scale energy sinks. In particular, we study the statistics of more …

We study the statistics of longitudinal and transverse structure functions, as well as velocity
circulation, in the inverse energy cascade of two-dimensional turbulence. Using direct …

Measurements of Lagrangian single-point and multiple-point statistics in a quasi-two-
dimensional stratified layer system are reported. The system consists of a layer of salt water …

In the absence of large-scale coherent structures, a widely used statistical theory of two-
dimensional turbulence developed by Kraichnan, Leith, and Batchelor (KLB) predicts a …

We present a detailed numerical study of anisotropic statistical fluctuations in stationary,
homogeneous turbulent flows. We address both problems of intermittency in anisotropic …

We study the statistically steady states of the forced dissipative three-dimensional
homogeneous isotropic turbulence at scales larger than the forcing scale in real separation …

We show that some statistical properties of forced two-dimensional turbulence have an
important sensitivity to the form of large-scale dissipation, which is required to damp the …

Fully developed homogeneous isotropic turbulent fields, computed by direct numerical
simulation, are compared to divergence-free random fields having the same energy …

We review some ideas about the physics of small-scale turbulent statistics, focusing on the
scaling behavior of anisotropic fluctuations. We present results from direct numerical …