In this paper we present the modelled results of velocity and mixture fraction intermittency for
selected isothermal swirling jet flows using Large Eddy Simulation (LES). The modelled …

Swirl effects on velocity, mixture fraction, and temperature intermittency have been analyzed
for turbulent methane flames using large eddy simulation (LES). The LES solves the filtered …

Large eddy simulation (LES) is a promising technique for accurate prediction of turbulent
free shear flows in a wide range of applications. Here the LES technique has been applied …

Proper scaling in turbulent planar plumes is investigated here using a scaling patch
approach. Based on the scaled boundary conditions, a proper velocity scale for the mean …

Blood flow through arterial stenosis can play a crucial role at the post stenotic flow regions.
This produces a disturbance in the normal flow path. The intensity of the flow disturbance (ie …

Round and plane turbulent heated water jets discharged vertically into a stagnant uniform
ambient water are considered. A differential turbulence model is used with numerical …

Turbulent jets are encountered in several practical applications in a large number of fields of
engineering. Selected literature on incompressible turbulent plane and round jets in …

The intermittency profile in the turbulent flat-plate zero pressure-gradient boundary-layer
and a thick axisymmetric boundary-layer has been computed using the Reynolds-averaged …

In the present paper, turbulent plane plume in a quiescent ambience has been numerically
studied using three different versions of the buoyancy extended k–ϵ–t′ 2 model. The …

In all studies concerning mixed convection in plane laminar plumes a linear relationship
between fluid density and temperature has been used. However, it is known that the water …