Laser-Doppler measurements were conducted in a plane turbulent wall jet at a Reynolds
number based on inlet velocity, Re 0, of 9600. The initial development as well as the fully …

A new theory for the turbulent plane wall jet without external stream is proposed based on a
similarity analysis of the governing equations. The asymptotic invariance principle (AIP) is …

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 …

A direct numerical simulation (DNS) of a plane wall jet is performed at a Reynolds number
of. The streamwise length of the domain is long enough to achieve self-similarity for the …

This paper reports the effects of surface roughness on the mean flow characteristics for a
turbulent plane wall jet created in an open channel. The velocity measurements were …

In this paper, an experimental investigation of the turbulence characteristics of a plane wall
jet over smooth and rough surfaces, using laser Doppler anemometry (LDA), is reported …

We present an experimental study of a liquid metal flow in a rectangular channel under the
influence of an inhomogeneous magnetic field. This is a fundamental problem of liquid metal …

Direct numerical simulation is used to study a turbulent plane wall-jet including the mixing of
a passive scalar. The Reynolds and Mach numbers at the inlet are Re= 2000 and M= 0.5⁠ …

Large-eddy simulations were carried out to study the effects of surface roughness on a plane
wall-jet using the Lagrangian dynamic eddy-viscosity subgrid-scale model, at Re= 7500 …

Large eddy simulations of turbulent radial and plane wall jets were performed at different
Reynolds numbers using the Lagrangian dynamic eddy viscosity subgrid-scale model. The …