pulsating combustion technique by the acoustic excitation of flames, the effects of these techniques on atmospheric emissions of … CO, NOx, formaldehyde and acetaldehyde, and the temperature of exhaust gases in diffusive and confined natural gas flames …

pulsating combustion technique by the acoustic excitation of flames, the effects of these techniques on atmospheric emissions of … CO, NOx, formaldehyde and acetaldehyde, and the temperature of exhaust gases in diffusive and confined natural gas flames …

Pure butanol as well as methane-assisted butanol non-premixed flames were studied in a counter-flow burner … importance was the comparison of flames of the same heating value and equivalence ratio, as well as flames of the same overall … flow rates and constant heat release of combustion and that butanol flames were more vulnerable to extinction compared to …

keeping with others, visualisation of the excited flames clearly shows that the flame response includes waves on the flame …

parameters has been carried out experimentally and comparisons with the numerical results have been conducted. The flames have …

This study describes an investigation into predicting the major flow properties in wake-stabilised jet flames in a … turbulence intensity, as well as the combustion efficiency of such flames is reported. The results show that all the turbulence …

This study presents the effects of O2 enrichment and CO2 (carbon dioxide) dilution on laminar methane flames. For that … flame velocities to validate the reaction mechanism; and iii) simulations in larger ranges of flames conditions near to gas … turbine conditions: premixed methane–air flames, preheated inlet temperature (To = 600 K) and pressures ranging from 1 to 8 …

formation pathways in sooting methane premixed flames operating at two equivalence ratios (2.05; 2.32) and various pressures (0 …