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

Numerical simulations have played a vital role in the design of modern combustion systems.
Over the last two decades, the focus of research has been on the development of the large …

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

A dynamic version of the thickened flame model for large eddy simulations (TFLES) of
turbulent premixed combustion is implemented by coupling two independent codes through …

Detailed comparisons of LES results against measurement data are presented for the
turbulent lean and rich stratified Cambridge flame series. The co-annular methane/air burner …

In addition to the complexities arising in non-reacting turbulent shear flows, the presence of
highly exothermic chemical reactions introduces new difficulties. This central problem in …

Five different low-Mach large eddy simulations are compared to the turbulent stratified flame
experiments conducted at the Technical University of Darmstadt (TUD). The simulations …

A partially premixed flamelet model is extended to account for liquid fuel, and its accuracy
and dependence on spray modeling inputs are investigated. The spray and combustion …

Flamelet combustion models typically assume that burning occurs in either a fully premixed
or a fully non-premixed mode. These assumptions tend to limit the applicability of the models …

This paper presents a new experimental and Large Eddy Simulation (LES) database to
study upscaling effects in vented gas explosions. The propagation of premixed flames in …