A transport or evolution equation for the joint PDF of a reacting scalar and the gradient of
that scalar is developed and presented. The derivation clearly indicates the relationship …

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 …

ABSTRACT A field-parametrized model termed the Inter-Layer Diffusion Model (ILDM) is
developed and is implemented for the probabilistic description of scalar mixing in …

The additional complexities that chemically reacting species bring to turbulently mixed
scalar fields may be of several kinds. If the reaction is strongly exothermic, the thermal field …

The turbulent mixing of both inert and reactive scalar fields is investigated. Single-point
moment formulations outline the closure problems related to the molecular diffusion and the …

A closed model equation is derived which describes the evolution of the single-point, joint
probability density function of a reacting scalar and its gradient in a turbulent advection field …

The effect of turbulence on mixing in prototype reaction‐diffusion systems is analyzed here
in the special situation where the turbulence is modeled ideally with two separated scales …

In modeling turbulent reactive flows based on the transport equation for the joint probability
density function (PDF) of velocity and composition, the change in fluid composition due to …

The mapping closure for the one-point pdf of an inert scalar in homogeneous turbulence is
explained and developed. It is shown that the pdf's calculated from the closure are in …

In this paper we present a computationally viable scheme to account for chemical reaction in
turbulent flows. The multivariate a· pdf model for multiple scalar nuxing (Girimaji 1991 …