Large-eddy simulation (LES) of turbulent combustion is a relatively new research field. Much
research has been carried out over the past years, but to realize the full predictive potential …

This paper reviews recent and ongoing work on numerical models for turbulent combustion
systems based on a classical LES approach. The work is confined to single-phase reacting …

The development of the basic conceptual viewpoints, or paradigms, for turbulent combustion
in gases over the last 50 years is reviewed. Significant progress has been made. Recent …

A method is presented to artificially generate initial conditions and transient inflow-
conditions for DNS and LES. It creates velocity fields that satisfy a given Reynolds-stress …

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 …

Large-eddy simulations have been performed for a turbulent nonpremixed bluff-body
stabilized CH4: H2 (50: 50 vol.) flame at a Reynolds number of 15,800. The corresponding …

This work investigates the structure of a diffusion flame in terms of lengthscales, scalar
dissipation, and flame orientation by using large eddy simulation. This has been performed …

Multiscale physics is the interaction of different physical processes occurring at largely
separated scales. In combustion, many elementary reactions combine to only a few, but still …

Detailed scalar structure measurements of highly sheared turbulent premixed flames
stabilized on the piloted premixed jet burner (PPJB) are reported together with …

Abstract In this paper, Large Eddy Simulations (LES) have been performed on an
ethylene/air piloted turbulent non-premixed sooting jet flame to quantify the importance of …