A tabulated, pseudo-turbulent Probability Density Function (PDF) model for premixed
combustion is proposed. The Linear-Eddy Model (LEM) is used to construct the PDFs for a …

Probability density function (PDF) and filtered density function (FDF) methodologies are
developed and implemented, respectively, for Reynolds-averaged Navier-Stokes (RANS) …

We present a direct comparison between the predicted and measured probability density
functions (PDF) of the reaction progress variable and conditioned values of the scalar …

Dynamic algebraic closure of scalar dissipation rate (SDR) of reaction progress variable in
the context of Large Eddy Simulations (LES) of turbulent premixed combustion has been …

A new model is presented to construct a realistic form for the joint-scalar probability density
function, as opposed to assuming its shape, with application to the moment equation …

Turbulent premixed combustion is particularly difficult to describe using large eddy
simulation (LES). In LES, premixed flame structures typically exist on subfilter length scales …

In recent years, large-eddy simulation (LES) has been shown to have advantages in
modeling turbulent combustion processes of engineering interest. For the prediction of non …

New reacting flow models are proposed and tested for all pressure fluctuation covariances
that are known to play a crucial role in the second moment closure of the averaged …

In turbulent combustion, spatial and temporal fluctuations always play a predominant role.
Along with the strong nonlinearity in combustion physics and chemistry, for example, in …

ABSTRACT A method of chemistry tabulation combined with presumed probability density
function (PDF) is applied to simulate piloted premixed jet burner flames with high Karlovitz …