The development of oxy-fuel burner with highly separated jets of fuel and oxidizer presents
attractive perspectives because reactives separation generates a better thermal efficiency …

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 …

The present paper aims at studying the influence of burner parameters with a separated-jet
configuration, namely nozzles diameters and separation distance between the jets, on the …

Oxy-flames from burners with separated jets present attractive perspectives because the
separation of reactants generates a better thermal efficiency and reduction of pollutant …

The development of oxy-fuel combustion in a burner with separated jets presents a
promising technology ensuring higher thermal efficiency, better flame stability and more …

Strict regulations of NO x emission standards have resulted in an optimized performance of
combustion chambers. The present paper describes the effects of burned gas recirculation …

Both cold and flame jets find numerous applications in different fields, ranging from domestic
applications to aerospace and space technology. Indeed, the applications of isothermal and …

Oxy-fuel combustion is a reliable way for the reduction of pollutants, the higher combustion
efficiency and the separation of carbon dioxide. The review of recent research trends and …

Oxy-flames from burners with separated jets present attractive perspectives because the
separation of reactants generates a better thermal efficiency and reduction of pollutant …