Accurate prediction of nonpremixed turbulent combustion using large eddy simulation (LES)
requires detailed modeling of the mixing between fuel and oxidizer at scales finer than the …

Accurate prediction of non-premixed turbulent combustion using large eddy simulation
(LES) requires detailed modelling of the mixing between fuel and oxidizer that occurs at …

In this study a new formulation of the unsteady flamelet model is derived to account for the
locally resolved distribution of the scalar dissipation rate obtained from large-eddy …

The application of mixture fraction based models to large-eddy simulations (LES) of
nonpremixed turbulent combustion requires information about mixing at length scales not …

Scalar dissipation rates and subfilter scalar variances are important modeling parameters in
large eddy simulations (LES) of reacting flows. Currently available models capture the …

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

Large eddy simulation (LES) is a powerful computational tool for modelling turbulent
combustion processes. However, for reactive flows, LES is still under significant …

This paper reports large eddy simulations (LES) of a premixed turbulent round methane-air
jet flame at an equivalence ratio of 0.8 and unburnt gas temperature of 800 K using the …

Turbulent piloted Bunsen flames of stoichiometric methane–air mixtures are computed using
the large eddy simulation (LES) paradigm involving an algebraic closure for the filtered …

Predictions of scalar mixing and the scalar dissipation rate from large-eddy simulations of a
piloted nonpremixed methane/air diffusion flame (Sandia flame D) using the Lagrangian …