This Handbook consolidates authoritative and state-of-the-art information from the large
number of disciplines used in Experimental Fluid Mechanics into a readable desk reference …

The mean-flow and turbulence properties of a plane wall jet, developing in a stagnant
environment, are studied by means of large eddy simulation. The Reynolds number, based …

DIGITALE BILDVERARBEITUNG; ANEMOMETRIE, GESCHWINDIGKEITSMESSUNG
(AERO-, FLUIDDYNAMIK); 3D-MESSTECHNIK (OPTIK); SONDERGEBIETE DES …

We demonstrate using the high-quality experimental data that turbulent wall jet flows consist
of two self-similar layers: a top layer and a wall layer, separated by a mixing layer where the …

Three-dimensional turbulent wall jet was investigated using a particle image velocimetry
technique. Three Reynolds numbers based on the jet exit velocity and diameter of 5000 …

The heat transfer study of a combined wall jet and offset jet flow with different wall jet and
offset jet flow velocities are considered. The flow is considered two-dimensional, steady …

The lateral half-width of the turbulent three-dimensional wall jet is typically five to eight times
larger than the vertical half-width normal to the wall. Although the reason for this behaviour …

In this article, the flow at the wall of a stirred tank is compared with turbulent wall jet
behavior. Agreement is shown to be very good. For all three axial impellers studied, the wall …

The influence of a partial linearly decaying (LD) wavy wall on different fluid flow and thermal
parameters has been investigated for the turbulent jet. For the present study, a segment of …

The plane wall jet (PWJ) is a wall-bounded flow in which a wall shear layer develops in the
presence of extremely energetic flow structures of the outer free-shear layer. The structure of …