The impact of a forward-facing step (FFS) on the development of stationary crossflow
instability is investigated on a swept wing model in a low-turbulence wind tunnel at chord …

Micrometer-sized spanwise-periodic discrete roughness elements (DREs) were applied to
and tested on a 30 deg swept-wing model in order to study their effects on boundary-layer …

An experimental study has been carried out to determine the influence of a forward facing-
step (FFS) on the laminar–turbulent transition of a swept wing boundary layer. Wind tunnel …

Experiments have been conducted on a swept wing model in a low-turbulence wind tunnel
at chord Reynolds number of to investigate the unsteady interaction of a forward-facing step …

An experimental study is performed to determine the mechanisms by which a forward-facing
step impacts the growth and breakdown to turbulence of the stationary cross-flow instability …

The interaction between an existing stationary crossflow instability and a two-dimensional
step excrescence placed into a swept boundary layer on a lifting surface has been …

This paper provides a review of the current findings in receptivity for subsonic/transonic
flows, including a discussion of the origin of the concept via Mark Morkovin, a remarkable …

The effect of geometric forward-facing steps on boundary layer transition was experimentally
investigated at a high subsonic Mach number in a blow-down wind tunnel facility in …

The interaction between forward-facing steps of several heights and a pre-existing critical
stationary crossflow instability of a swept-wing boundary layer is analysed. Direct numerical …

A technique for automated, quantitative, global boundary-layer transition detection using IR
thermography is developed. Transition data are rigorously mapped onto model coordinates …