The linear-eddy model of turbulent mixing represents a spatially developing flow by
simulating the time development along a comoving transverse line. Along this line, scalar …

The linear-eddy turbulent mixing model, formulated to capture the distinct influences of
turbulent convection and molecular transport on turbulent mixing of diffusive scalars, is …

The linear-eddy modeling approach involves the representation of a spatially developing
flow by a simulation of the time development along a transverse line moving with the mean …

The linear-eddy approach for modelling molecular mixing in turbulent flow involves
stochastic simulation on a one-dimensional domain with sufficient resolution to include all …

Transport and mixing of diffusive scalars in turbulent flows are simulated computationally
based on a novel representation of the temporal evolution along a transverse line moving …

We study the physics of unsteady turbulent jets using direct numerical simulation (DNS) by
introducing an instantaneous step change (both up and down) in the source momentum flux …

Large eddy simulation (LES) of turbulent reacting flows has been the subject of widespread
investigation (McMurtry et al., 1992: Galperin and Orszag, 1993; Menon et al., 1993; …

Coherent structures and mixing in the flow field of a jet in crossflow have been studied using
computational (large eddy simulation) and experimental (particle image velocimetry and …

In the present study we investigate three-scalar mixing in a turbulent coaxial jet. In this flow a
centre jet and an annular flow, consisting of acetone-doped air and ethylene respectively …

The jet in crossflow is a configuration of highest theoretical and practical importance, in
which the turbulent mixing plays a major role. High-resolution measurements using Particle …