Methane is an important fuel for gas turbine and gas engine combustion, and the most
common fuel in fundamental combustion studies. As Computational Fluid Dynamics (CFD) …

Counterflow diffusion flame is a canonical non-premixed flame configuration that is suitable
for studying complex combustion chemistries such as soot formation. An important objective …

Spatially and temporally resolved temperatures are measured in counterflow diffusion
flames with a tunable diode laser absorption spectroscopy (TDLAS) technique based on …

Counterflow flames are routinely used for investigating fundamental flame and fuel
properties such as laminar flame speeds, autoignition temperature, extinction strain rate …

The opposed-jet counterflow configuration is widely used to measure fundamental flame
properties that are essential targets for validating chemical kinetic models. The main and key …

Modeling differential molecular diffusion in turbulent non-premixed combustion remains
challenging for flamelet models. Laminar flamelet is a key building block of flamelet models …

New experimental 2D measurements are reported to characterise the flame location, shape
and temperature of laminar premixed ethylene jet-wall stagnation flames when the …

A detailed study on the ignition characteristics of C 2 H 6 diluted intensively in non-premixed
systems at the four O 2 volume ratio (10%, 21%, 30% and 40%) has be conducted in this …

Opposed Jet Combustor (OJC) is a widely used layout to study and measure flame
properties. The fundamental assumption of the counterflow configuration is that the flow is …

Critical conditions are usually obtained for ignition in a self-heating solid system consisting
of two components generating heat independently, one component being inexhaustible and …