An imposed strong magnetic field suppresses turbulence and profoundly changes the
nature of the flow of an electrically conducting fluid. We consider this effect for the case of …

A realistic inflow boundary condition is essential for successful simulation of the developing
turbulent boundary layer or channel flows. In the present work, we applied generative …

Stably stratified wall-bounded turbulence is commonly encountered in many industrial and
environmental processes. The interaction between turbulence and stratification induces …

For geophysical and environmental flows in the high-Reynolds-number regime, stable
density stratification strongly affects the turbulent fluid motions. While turbulent flows, due to …

Direct numerical simulation of the turbulent Ekman layer over a smooth wall is used to
investigate bulk properties of a planetary boundary layer under stable stratification. Our …

The flux Richardson number $ R_ {f} $(often referred to as the mixing efficiency) is a widely
used parameter in stably stratified turbulence which is intended to provide a measure of the …

We study turbulent flows in pressure-driven planar channels with imposed unstable thermal
stratification, using direct numerical simulations in a wide range of Reynolds and Rayleigh …

The nocturnal atmospheric boundary layer (ABL) poses several challenges to standard
turbulence and dispersion models, since the stable stratification imposed by the radiative …

Direct numerical simulations of subcritical rotating, stratified and magneto-hydrodynamic
wall-bounded flows are performed in large computational domains, focusing on parameters …

The intermittency boundary in stratified plane Couette flow Page 1 J. Fluid Mech. (2015), vol.
781, pp. 298–329. c Cambridge University Press 2015 doi:10.1017/jfm.2015.497 298 The …