Mixing efficiency is the ratio of the net change in potential energy to the energy expended in
producing the mixing. Parameterizations of efficiency and of related mixing coefficients are …

The buoyancy subrange of stably stratified turbulence is defined as an intermediate range of
scales larger than those in the inertial subrange. This subrange encompasses the crossover …

High spatial resolution measurements of temperature and liquid water content,
accompanied by moderate-resolution measurements of humidity and turbulence, collected …

Turbulent shear layers in a uniformly stratified background: DNS at high Reynolds number
Page 1 J. Fluid Mech. (2021), vol. 916, A42, doi:10.1017/jfm.2021.212 Turbulent shear layers …

Motivated by the importance of diapycnal mixing parameterizations in large-scale ocean
general circulation models, we provide a detailed analysis of high-Reynolds-number mixing …

Turbulent mixing plays a major role in enabling the large-scale ocean circulation. The
accuracy of mixing rates estimated from observations depends on our understanding of …

Implicit large eddy simulation is performed to investigate large-scale characteristics of a
temporally evolving, stably stratified turbulent shear layer arising from the Kelvin–Helmholtz …

Direct numerical simulations with up to 4096× 4096× 2048 grid points are used to study the
dynamics of kinetic energy in forced, homogeneous, and axisymmetric stably stratified flow …

Localized turbulence bounded by non-turbulent flow in a uniformly stratified environment is
studied with direct numerical simulations of stably stratified shear layers. Of particular …

Turbulence observed during the Physics of Stratocumulus Top (POST) research campaign is
analyzed. Using in-flight measurements of dynamic and thermodynamic variables at the …