An experimental characterization of the turbulent boundary layers developing around a
NACA 4412 wing profile is carried out in the Minimum Turbulence Level (MTL) wind tunnel …

In turbulent boundary layers, streamwise elongated regions of high-and low-momentum in
the log-law layer that can extent up to several boundary layer thicknesses are often referred …

This study establishes the relationship between the pressure fluctuation on outer wall of the
pump-jet duct and the source term of velocity-field in the Turbulent Boundary Layer (TBL) …

The paper proposes two techniques for processing microstructure grooves and examines
the factors affecting groove formation rate. A novel roller shaft hot stamping equipment has …

The objective of the present study is to provide a numerical database of thermal boundary
layers and to contribute to the understanding of the dynamics of passive scalars at different …

The behaviour of a fully rough-wall turbulent boundary layer subjected to different pressure
gradients is investigated for different Reynolds numbers using hot-wire measurements …

Direct numerical simulation (DNS) of turbulent wall-bounded flows requires long streamwise
computational domains to establish the correct spatial evolution of large-scale structures …

Tomographic background-oriented schlieren (TBOS) is a promising optical technique for 3D
density field measurement in turbulent flows. Path-integrated information on refractive index …

The statistics of temporally-strengthening favorable pressure gradient (FPG) turbulent
boundary layers (TBLs) are studied, in comparison to corresponding stationary FPG TBLs …

A complete description of the evolution of variable density flows requires measurement of
both the velocity and density field. At present, there are very few well-developed techniques …