Progress in combustion science and engineering has led to the generation of large amounts
of data from large-scale simulations, high-resolution experiments, and sensors. This corpus …

Flamelet based chemical reduction techniques are very promising methods for efficient and
accurate modeling of premixed flames. Over the years the Flamelet Generated Manifold …

The Extended Coherent Flame Model of Colin et al.(2003) developed to model combustion
in perfectly or partially mixed mixtures is adapted to also account for unmixed combustion …

Direct numerical simulation of a three-dimensional spatially developing turbulent slot-burner
Bunsen flame has been performed with a new reduced methane–air mechanism. The …

The impact of burned gases on flame stabilization is analyzed under the conditions of a
laboratory jet flame in vitiated coflow. In this experiment, mass flow rate, temperature, and …

In the present study the Engine Combustion Network (ECN)“Spray A” target conditions are
investigated using the Large Eddy Simulation (LES) and the Flamelet Generated Manifold …

Progress in the field of computational combustion over the past 50 years is reviewed.
Particular attention is given to those classes of models that are common to most system …

A new modeling strategy called F-TACLES (Filtered Tabulated Chemistry for Large Eddy
Simulation) is developed to introduce tabulated chemistry methods in Large Eddy …

In the present work, artificial neural networks (ANN) technique combined with flamelet
generated manifolds (FGM) is proposed to mitigate the memory issue of FGM models. A set …

A simple algebraic model for the Favre averaged scalar dissipation rate, c, in high
Damkohler number premixed flames is obtained from its transport equation by balancing the …