Non-stationarity is the rule in the atmospheric boundary layer (ABL). Under such conditions,
the flow may experience departures from equilibrium with the underlying surface stress …

The deployment of tidal turbines requires a precise hydrodynamic characterisation of the
production site. Acoustic Doppler Current Profilers (ADCP), usually employed for measuring …

The mean flow behaviour of a turbulent boundary layer over rough walls is expected to
exhibit symmetries that govern the flow dynamics. In particular, when roughness elements …

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

Investigating interactions between large-and small-scale motions is essential for
understanding turbulence over rough boundaries. The present work applies XGBoost …

Direct numerical simulations (DNSs) of spatially developing turbulent boundary layers
(TBLs) over two-dimensional (2D) rod-roughened walls and three-dimensional (3D) cuboid …

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 …

The topology of turbulent coherent structures is known to regulate the transport of energy,
mass and momentum in the atmospheric boundary layer (ABL). While previous research has …

Spanwise heterogeneous surfaces have been found to modulate local turbulent entrainment
by inducing large-scale secondary flows (SFs). This work aims to clarify the variations of the …

The present study explores turbulence statistics in turbulent flow over urban-like terrain
using direct numerical simulation (DNS). DNS is performed in a turbulent boundary layer …