Turbulent boundary layers under adverse pressure gradients are studied using well-
resolved large-eddy simulations (LES) with the goal of assessing the influence of the …

We study the Reynolds-number scaling and the geometric self-similarity of a gain-based,
low-rank approximation to turbulent channel flows, determined by the resolvent formulation …

In the present work, we analyze three commonly used methods to determine the edge of
pressure gradient turbulent boundary layers: two based on composite profiles, the one by …

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 …

This paper reports the first turbulence measurements performed in the Long Pipe Facility at
the Center for International Cooperation in Long Pipe Experiments (CICLoPE). In particular …

Direct numerical simulations are used to investigate turbulent flow in rough channels, in
which topographical parameters of the rough wall are systematically varied at a fixed friction …

We present new scaling expressions, including high-Reynolds-number ($ Re $) predictions,
for all Reynolds stress components in the entire flow domain of turbulent channel and pipe …

This paper introduces a new method based on the diagnostic plot (Alfredsson et al., Phys.
Fluids, vol. 23, 2011, 041702) to assess the convergence towards a well-behaved zero …

Interscale interaction between small-scale structures near the wall and large-scale
structures away from the wall plays an increasingly important role with increasing Reynolds …

Based on experimental data acquired with particle image velocimetry, we examine turbulent
boundary layers that are subjected to an abrupt change in wall roughness in the streamwise …