Present-day demands on combustion equipment are increasing the need for improved
understanding and prediction of turbulent combustion. Large Eddy Simulation (LES), in …

Present-day demands on combustion equipment are increasing the need for improved
understanding and prediction of turbulent combustion. Large eddy simulation (LES), in …

Present-day demands on combustion equipment are increasing the need for improved
understanding and prediction of turbulent combustion. Large eddy simulation (LES), in …

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 …

I. Introduction ue to the increasing combustion-based energy demand and its environmental
concerns, high-fidelity simulation of turbulent combustion becomes highly important. For any …

The effects of chemistry and approach turbulence intensity were studied for confined,
turbulent, and premixed bluffbody stabilized methane-air flames. These experiments …

I. Introduction lame stabilization has been one of the critical aspects of combustor design in
gas turbines, scramjets and other devices. Very often, various types of flameholders are …

In turbulent premixed combustion, the instantaneous flame thickness is typically thinner that
the grid size usually retained in Large Eddy Simulations (LES), requiring adapted models …

While Large Eddy Simulations (LES) has reached some degree of maturity for non-reacting
flows, its application to reacting flows is still being developed and different modeling …

This review of multi-regime large eddy simulation (LES) approaches is motivated by
propulsive applications. Such applications cover a broad range of combustion regimes with …