To study the effect of hydrogen fraction (η) in stoichiometric hydrogen-propane-air mixtures
ranging from 0 to 1.0 on overpressure and external flame temperature, experiments on the …

In this study, the effect of biogas addition to propane flame on combustion instability and
luminous intensity was investigated. A premixed and swirl assisted burner was used in the …

The phenomenon of a gas explosion, due to its complexity and possible effects, is the
subject of numerous analyses. Gas explosions in a confined space can have various …

This experimental research examined the effect of CO2 as a diluent on the laminar burning
speed of propane–air mixtures. Combustion took place at various CO2 concentrations (0 …

In this paper, the laminar flame speeds of C 3 H 8 in O 2/CO 2 atmosphere were investigated
experimentally and numerically. The laminar flame speeds of C 3 H 8/O 2/CO 2 were …

Producer gas is a renewable fuel obtained from gasification processes. This fuel may be
burned directly in furnaces to supply thermal demands, or used to run internal combustion …

A variety of methods exists for fast and efficient combustion of air-fuel mixtures. In this study,
a microwave subcritical streamer discharge is used to ignite propane-air mixtures at …

The reaction of NH2 radicals with C3H8 is crucial for understanding the combustion
behavior of NH3/C3H8 blends. In this study, we investigated the temperature dependence of …

The aim of the study was to develop deep neural network models for laminar burning
velocity (LBV) calculations. The present study resulted in models for hydrogen–air and …

This work investigates the effect of fuel reactivity, mixture preparation (premixed or diffusive)
and equivalence ratio (φ= 0.6, 1.0) on the combustion and emission characteristics of …