Scale interaction is studied in wall-bounded turbulence by focusing on the frequency
modulation (FM) mechanism of the large scales on small-scale velocity fluctuations. Different …

Thermally unstable stratification alters the winds over urban areas and excites organized,
large-scale motions (LSMs) in the atmospheric boundary layer (ABL). The current …

It is commonly known that for a sufficiently high Reynolds number, for flow over a rough
surface and other previously examined wall topologies, turbulent boundary layer separation …

We investigate the effect of the packing density of cubical roughness elements on the
characteristics of both the roughness sublayer and the overlying turbulent boundary layer, in …

High-resolution data from the large-eddy simulation of the atmospheric boundary layer
(ABL) over a vegetation canopy are used to investigate the interaction between the most …

This work details the assessment of the performance of the drag-porosity model
implemented in ARPS (Advanced Regional Prediction System) atmospheric Large-Eddy …

The influence of a cube-based canopy on coherent structures of the flow was investigated in
a high Reynolds number boundary layer (thickness) combined to two-point hot-wire …

Despite extensive research on the effect of atmospheric stability, the influence of convective
rolls and thermal plumes in convective boundary layer (CBL) on urban winds and turbulence …

The dynamics of a turbulent boundary layer developing over a cube array is investigated
based on stereoscopic PIV measurements performed in a boundary layer wind tunnel. The …

Urban-type rough-wall boundary layers developing over staggered cube arrays with plan
area packing density, is the height of the roughness elements. The synchronized two-point …