The active control of oxy-fuel flames from burners with separated jets is investigated. The
control system consists of four small jet actuators, placed tangential to the exit of the main …

In this paper, the effect of air turbulence intensity on NO formation in the combustion of
mixed hydrogen-hydrocarbon fuel is numerically studied. The fuels used in this study are …

This paper reports on the experimental and numerical results of the hythane diffusion flame
enriched by oxygen, realized in a coaxial burner characterized by a central jet of hythane …

In this work three-dimensional turbulent and separated jets are numerically studied and
compared with experimental data. The basic idea of the separated jet burner consists in …

This study defines and characterizes an active system for turbulent and scalar mixing
enhancement. This system is made of an active grid composed of 121 holes where the gas …

In this work, a Large eddy simulation (LES) method and a tabulated chemistry approach
according to the Flamelet Generated Manifold (FGM) strategy are coupled to numerically …

This paper presents an experimental study of flow development and structure on a
separated jet burner in reacting and non-reacting flows. Effects of deflection jets in an …

In this study, the NG+ H 2/air+ O 2 turbulent flame is numerically investigated using the
Computational Fluid Dynamics CFD code. The modulation of combustion and radiation is …

The present paper concerns the electromechanical characterization of an actuator
composed of a ceramic plate perforated by 121 holes housing embedded and printed …

The practical combustion systems such as combustion furnaces, gas turbine, engines, etc.
employ non-premixed combustion due to its better flame stability, safety, and wide operating …