Turbulent flow over idealized water waves with varying wave slope ak and wave age c/u∗ is
investigated using direct numerical simulations at a bulk Reynolds number Re= 8000. In the …

Turbulent flow in a rectangular channel is investigated to determine the scale and pattern of
the eddies that contribute most to the total turbulent kinetic energy and the Reynolds shear …

We investigate the behaviour of the canonical turbulent Couette flow at computationally high
Reynolds number through a series of large-scale direct numerical simulations. We achieve a …

We study the large-scale motions in turbulent plane Couette flows at moderate friction
Reynolds number up to length of the domain. The presence of these very long structures is …

A series of direct numerical simulation (DNSs) of the turbulent plane Couette flow were
performed with various box lengths, L x= 24 h, 32 h, 45 h and 64 h, where h is the channel …

Recent measurements at a cabled sea-floor node in 15 meters of water off the coast of New
Jersey suggest that Langmuir supercells, Langmuir circulations that achieve vertical scales …

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 paper presents the results of direct numerical simulation of turbulent plane Couette flow.
The calculations were performed for Reynolds numbers Re= U 0 H/ν (H is the height of the …

Direct numerical simulation of a turbulent channel flow in a periodic domain of relatively
wide spanwise extent, but minimal streamwise length, is carried out at Reynolds numbers …

Results of large-eddy simulation (LES) of Langmuir circulations (LC) in a wind-driven shear
current in shallow water are reported. The LC are generated via the well-known Craik …