Experimental and analytical investigation of the turbulent burning velocity of two-component fuel mixtures of hydrogen, methane and propane

SPR Muppala, M Nakahara, NK Aluri, H Kido… - international journal of …, 2009 - Elsevier
In this paper, we present some experimental and analytical model results of two-component
fuel mixtures of methane, propane and hydrogen. Experimentally obtained turbulent burning …

[HTML][HTML] RANS Simulation of Minimum Ignition Energy of Stoichiometric and Leaner CH4/Air Mixtures at Higher Pressures in Quiescent Conditions

S Paleli Vasudevan, SPR Muppala - Fire, 2024 - mdpi.com
Minimum ignition energy (MIE) has been extensively studied via experiments and
simulations. However, our literature review reveals little quantitative consistency, with results …

Molecular Transport Effects of Hydrocarbon Addition on Turbulent Hydrogen Flame Propagation

S Muppala, NK Aluri, F Dinkelacker - 2007 - h2knowledgecentre.com
We analytically investigated the influence of light hydrocarbons on turbulent premixed H2/air
atmospheric flames under lean conditions, in view of safe handling of H2 systems …

Numerical modelling of turbulent premixed combustion for gas turbine conditions with incorporation of molecular transport effects

NK Aluri - 2007 - dspace.ub.uni-siegen.de
Design of combustion systems with increased efficiency and reduced fuel consumption
under controlled pollutant emissions is mandatory due to the fast depleting trend of the fossil …

Modelling issues of lean high-pressure turbulent premixed hydrogen-enriched hydrocarbon combustion at gas turbine conditions

S Muppala, J Wen, N Aluri - 5th International Energy Conversion …, 2007 - arc.aiaa.org
It is widely recognized that stationary gas turbine combustors under lean turbulent premixed
conditions offers the advantages of low temperature operation and thus low NOx emissions …