We show that Kolmogorov scale-by-scale equilibrium in the intermediate layer of a fully
developed turbulent channel flow is only achieved asymptotically around the Taylor length …

A persistent spatial organization of eddies is identified in the lowest portion of the stably
stratified planetary boundary layer. The analysis uses flow realizations from published large …

Since the introduction of the logarithmic law of the wall more than 80 years ago, the equation
for the mean velocity profile in turbulent boundary layers has been widely applied to model …

The characteristics and dynamics of the uniform-momentum zones (UMZ) and UMZ
interfaces in a fully developed turbulent pipe flow are studied using direct numerical …

The structural arrangements in the outer layer of turbulent boundary layer flows were
explored with large-field time-resolved particle image velocimetry measurements at …

We use the recent frame-indifferent theory of diffusive momentum transport to identify
internal barriers in wall-bounded turbulence. Formed by the invariant manifolds of the …

This review is a first attempt at bringing together various concepts from research on wall-and
magnetically-bounded turbulent flows. Brief reviews of both fields are provided: The main …

The inertial subrange of turbulent scales is commonly reflected by a power law signature in
ensemble statistics such as the energy spectrum and structure functions–both in theory and …

Wall-bounded turbulent flows exhibit a zonal arrangement, in which streamwise velocity
organizes into uniform momentum zones (UMZs), separated by thin layers of elevated …

Many exact coherent states (ECS) arising in wall-bounded shear flows have an asymptotic
structure at extreme Reynolds number asymptotic analysis is performed to explore the …