This paper discusses the design and development of the Moderate and Intense Low oxygen
Dilution (MILD) combustion burner using Computational Fluid Dynamics (CFD) simulations …

This paper discusses the development of the combustion furnace for the Moderate and
Intense Low oxygen Dilution (MILD) combustion. The development was started with using …

This work investigates numerically a non-premixed swirling flame in a coaxial burner with a
radial fuel injection under lean and rich conditions of mixtures. The swirler is placed in the …

A two-dimensional axisymmetric RANS numerical model was used to examine the impact of
thermal radiation using air stream radiation model on the generation of CO2, NO, H2O, O2 …

In order to respond to the increased demand for clean energy without harming the
atmosphere through polluting emissions, Energy production from the hydrogen combustion …

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

A two-dimensional axis-symmetric numerical model was solved to investigate the effect of
four turbulence models on combustion characteristics, such as the velocity, the pressure, the …

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 …

In this study, the turbulent non-promixed methane-air flame is simulated to determine the
effect of air velocity on the length of flame. The computational fluid dynamics (CFD) …

This paper presents the feasibility of using Computational Fluid Dynamic (CFD) simulation
for gas hobs design with the aim of improving the efficiency and emissions (CO and CO2) …