Laminar flames of highly diluted methane in a non-premixed co-flow configuration have
been studied experimentally and numerically for two burners with different diameters. As the …

In this study a comparison between the premixed methane oxygen-enriched-air (CH 4/O 2/N
2) and oxy-methane (CH 4/O 2/CO 2) in a gas-turbine model combustor that imitates pre …

This study systematically investigates the behavior of lifted non-premixed jet flame under the
influence of various electric field waveforms. In our experimental setup, high voltage is …

The stabilization characteristics of laminar non-premixed jet flames of pre-vaporized iso-
octane, one of the primary reference fuels for octane rating, have been studied …

The present study experimentally investigates the effects of plasma discharges on the
stabilization of lifted non-premixed jet flames in a stream of co-flow air. The plasma …

Flickering is an oscillating instability of a diffusion flame. An experimental study has been
performed on two different diffusion flame of methane and ethylene to elucidate flickering …

The study of stoichiometric flame lengths of laminar jet or co-flow diffusion flames has been
a major topic of research in last few decades, mostly focusing on flames of either undiluted …

The characteristics of lean premixed flames with and without air coflow were investigated to
reveal the effects of the position of injected air and of the velocity ratio on the lift-off flame …

In this study, the effect of a coflow of oxygen enriched air on the flickering of methane
laminar diffusion flame is investigated using two visualization methods. Characteristics of the …

An innovative burner design for premixed combustion demonstrates combustion
phenomena and stability relevant to high flame/flow interaction. The burner generates a …