The past two decades (approximately 1990 to 2010) have witnessed an ever-quickening
pace of new findings pertaining to the Reynolds number dependencies, scaling, and …

Elements of the first-principles-based theory of Wei et al.(J. Fluid Mech., vol. 522, 2005, p.
303), Fife et al.(Multiscale Model. Simul., vol. 4, 2005a, p. 936; J. Fluid Mech., vol. 532 …

A fully developed, turbulent Poiseuille flow with wall transpiration, ie uniform blowing and
suction on the lower and upper walls correspondingly, is investigated by both direct …

This study investigates how and why dynamical self-similarities emerge with increasing
Reynolds number within the canonical wall flows beyond the transitional regime. An …

We present an experimental setup that creates a shear flow with zero mean advection
velocity achieved by counterbalancing the nonzero streamwise pressure gradient by moving …

The inverse of the von Kármán constant κ is the leading coefficient in the equation
describing the logarithmic mean velocity profile in wall bounded turbulent flows. Klewicki [J …

The logarithmic law of the wall does not capture the mean flow when a boundary layer is
subjected to a strong pressure gradient. In such a boundary layer, the mean flow is affected …

The combined roughness/Reynolds number problem is explored. Existing and newly
acquired data from zero pressure gradient rough-wall turbulent boundary layers are used to …

The dynamical mechanisms underlying the redistribution of mean momentum and vorticity
are explored for transitional two-dimensional boundary-layer flow at nominally zero pressure …

The problem of discerning key features of steady turbulent flow adjacent to a wall has drawn
the attention of some of the most noted fluid dynamicists of all time. Standard examples of …