This paper focuses on the experimental and numerical investigation of CH 4/air non-
premixed flame stabilized over a swirler burner with radial fuel injectors. The flame operates …

In modern gas turbines, the High Pressure Turbine (HPT) is exposed to an extreme thermal
environment due to the burned gases leaving the combustor. The burned gases are …

The purpose of this work is to investigate the effects of adding hydrogen to the fuel on the
combustion induced vortex breakdown flashback phenomenon in a combustion chamber …

Delayed detached eddy simulation (DDES) is accompanied with Stereo-PIV measurements
to study the non-reacting flow field of a non-premixed swirl burner in this paper …

The precise prediction of the aerothermal conditions at the outlet of modern combustors of
aero engines is of primary interest in the aerothermal design of high‐pressure turbines. The …

Hydrogen is considered one of the most promising renewable fuel alternatives for
decarbonizing the gas sector. The transition from fossil fuels to carbon-free alternatives is …

In this work, new test burner concepts for the non-catalytic partial oxidation of natural gas are
evaluated using numerical modeling. The 3D CFD model for reactive flow calculations …

This article reports on the effect of swirl intensity on the flow and combustion characteristics
of pulverized olive waste (OW) burning. Numerical simulations are carried out using the …

In an effort to reduce the harmful effects of greenhouse gas emissions, ammonia is being
pursued as a fuel for power generation as it is a carbon-free energy source. However, the …

The present work focuses on the numerical modeling through Large Eddy Simulations (LES)
of a low-swirl partially premixed lean flame operated with gaseous fuel using a hybrid …