One characteristic trait of space plasmas is the multi-scale dynamics resulting from non-
linear transfers and conversions of various forms of energy. Routinely evidenced in a range …

The scaling of acceleration statistics in turbulence is examined by combining data from the
literature with new data from well-resolved direct numerical simulations of isotropic …

We study the properties of various Eulerian contributions to fluid particle acceleration by
using well-resolved direct numerical simulations of isotropic turbulence, with the Taylor …

Turbulence in stratified and rotating turbulent flows is characterized by an interplay between
waves and eddies, resulting in continuous exchanges between potential and kinetic energy …

Non-Gaussian statistics of large-scale fields are routinely observed in data from atmospheric
and oceanic campaigns and global models. Recent direct numerical simulations (DNSs) …

In this paper, using a shell model, we simulate highly turbulent stably stratified flow for weak
to moderate stratification at unitary Prandtl number. We investigate the energy spectra and …

Geophysical flows are often turbulent and subject to rotation. This rotation modifies the
structure of turbulence and is thereby expected to sensibly affect its Lagrangian properties …

We show that the phase space of stratified turbulence mainly consists of two slow invariant
manifolds with rich physics, embedded on a larger basin with fast evolution. A local invariant …

The understanding of the mechanics of turbulent dispersion is of primary importance in
estimating the effects of mixing processes involved in a variety of events playing a significant …

The results of large eddy simulation (LES) using four sub-grid scale (SGS) models, namely:
constant coefficient Smagorinsky (CS), dynamic Smagorinsky (DS), a dynamic Clark (DC) …