Combustion is an essential process for generating propulsion for most existing aircraft. The
combustion processes, such as ignition, flame propagation, and flame stability, are …

In this work, a methodology for the tabulation of combustion mechanisms via Artificial Neural
Networks (ANNs) is presented. The objective of the methodology is to train the ANN using …

The advances in computing power and numerical schemes allow Large Eddy Simulation
(LES) to use more detailed turbulent combustion models as well as to be applied to real gas …

The computed tomography of chemiluminescence (CTC) technique was applied for the first
time to a real highly turbulent swirl flame setup, using a large number of CCD cameras …

The numerical integration of the differential equations describing chemical kinetics
consumes the majority of computational time in combustion simulations that involve direct …

The sub-grid scale probability density function equation is rearranged in order to separate
the resolved and sub-grid-scale (sgs) contributions to the sgs mixing term. This allows …

The paper examines the combined effects of several interacting thermo-acoustic and
hydrodynamic instability mechanisms that are known to influence self-excited combustion …

This paper investigates the stabilization mechanism of turbulent jet flames with highly
inhomogeneous inlet conditions. A modification of the standard piloted burner is employed …

An industrial gas turbine combustion chamber operating at a pressure of 3bar is simulated
using the sgs-pdf evolution equation approach in conjunction with the Eulerian stochastic …

Large-eddy simulations of a dual-swirl gas turbine model combustor (GTMC) are performed.
This burner was experimentally studied by Meier et al.(2006), and is operated in the partially …