Understanding, modeling and control of the high-speed wall-bounded transition and
turbulence not only receive wide academic interests but also are vitally important for high …

Direct numerical simulations (DNS) are performed to investigate the spatial evolution of flat-
plate zero-pressure-gradient turbulent boundary layers over long streamwise domains () …

In this paper we investigate the relationship between the large-and small-scale energy-
containing motions in wall turbulence. Recent studies in a high-Reynolds-number turbulent …

Hot-wire data acquired in a high Reynolds number facility are used to illustrate the need for
adequate scale separation when considering the coherent structure in wall-bounded …

The inherent difficulty of understanding turbulence has led to researchers attacking the topic
in many different ways over the years of turbulence research. Some approaches have been …

Careful reassessment of new and pre-existing data shows that recorded scatter in the hot-
wire-measured near-wall peak in viscous-scaled streamwise turbulence intensity is due in …

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 …

A model to explain the low-frequency unsteadiness found in shock-induced separation is
proposed for cases in which the flow is reattaching downstream. It is based on the properties …

In this paper, we perform direct numerical simulations (DNS) of turbulent boundary layers
with nominal free-stream Mach number ranging from 0.3 to 12. The main objective is to …

In this paper, we perform direct numerical simulation (DNS) of turbulent boundary layers at
Mach 5 with the ratio of wall-to-edge temperature Tw/Tδ from 1.0 to 5.4 (Cases M5T1 to …