Compressible wall-bounded turbulence is ubiquitously encountered in modern aerospace
and mechanical industries. In this review, we summarize the current state of the literature on …

Predictive models for near-wall velocity and temperature fluctuations in compressible wall-
bounded turbulence are developed in the present study based on the model proposed by …

Dilatational motions in the shape of travelling wave packets have been identified recently to
be dynamically significant in hypersonic turbulent boundary layers. The present study …

The oblique shock impinging on the supersonic turbulent boundary layer leads to a mixing
layer and the emergence of large-scale coherent structures within the interaction zone which …

Near-wall turbulent velocities in turbulent channel flows are decomposed into small-scale
and large-scale components at y+< 100 by improving the predictive inner–outer model of …

In the present study, direct numerical simulation (DNS) is carried out in a minimal channel at.
The universal signals for the three velocity components similar to that in the predictive model …

Mach number effects on the near-wall turbulence in the absence of outer motions remain
unclear so far. The present study extends the Minimal Flow Units (MFUs), a widely applied …

The wall-bounded turbulent flows are populated by coherent motions with different scales.
The inner motions (near-wall cycle) have been well recognized in wall turbulence. Since the …

Very-large-scale motions are commonly observed in moderate-and high-Reynolds-number
wall turbulence, constituting a considerable portion of the Reynolds stress and skin friction …

Wall-modeled large-eddy simulation (LES) is currently the only affordable technique toward
the eddy-resolving simulation of high-Reynolds number wall turbulence. Treatment of near …