We study the organization of turbulence in supersonic boundary layers through large-scale
direct numerical simulations (DNS) at, and momentum-thickness Reynolds number up to …

Results of a finely resolved large-eddy simulation (LES) of a spatially developing zero-
pressure-gradient turbulent boundary layer up to a Reynolds number of Re θ= 8300 are …

In this study we examine the impact of the strength of the large-scale motions on the
amplitude and frequency of the small scales in high-Reynolds-number turbulent boundary …

A new theory of coherent structure in wall turbulence is presented. The theory is the first to
predict packets of hairpin vortices and other structure in turbulence, and their dynamics …

A combination of cross-wire probes with an array of flush-mounted skin-friction sensors are
used to study the three-dimensional conditional organisation of large-scale structures in a …

Well-resolved direct numerical simulations of turbulent open channel flows (OCFs) are
performed for friction Reynolds numbers up to. In summary, the free surface in OCFs plays …

A model for the instantaneous wall-shear-stress distribution is presented for zero-pressure-
gradient turbulent boundary layers. The model, based on empirical and theoretical …

Wavelet analysis is employed to examine amplitude and frequency modulations in
broadband signals. Of particular interest are the streamwise velocity fluctuations …

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 …

Recent direct numerical simulation (DNS) results relating to the behavior of the fluctuating
wall-shear stress τ w, rm s+ in turbulent boundary layer flows are discussed. This new …