Tubular flames are ideal for the study of stretch and curvature effects on flame structure,
extinction, and instabilities. Tubular flames have uniform stretch and curvature and each …

Diffusion flame streets, observed in non-premixed micro-combustion devices, align parallel
to a shear flow. They are observed to occur in mixtures with high Lewis number (Le) fuels …

The intrinsic instability and cellularity of 2-ethylfuran (2-EF) spherically expanding flame
were investigated using experimental and theoretical analysis. The development and …

The pressure fluctuation and cellularization characteristics of 2-ethylfuran (2-EF) liquid
biofuel were investigated. The study was based on experiments in a constant volume …

The dynamics of the diffusive-thermal oscillations of flame stabilized at the surface of a
porous flat burner is investigated in the current study by using both experimental and …

The structure and instability characteristics of non-adiabatic fuel-rich n-butane/air cellular
flames on McKenna burner were experimentally investigated at atmospheric pressure …

Intrinsic combustion instabilities that onset in NH 3–H 2 and NH 3–CH 4 non-premixed
flames are experimentally characterized. A unique research burner capable of creating a …

The cellularization and intrinsic instability of ethyl acetate (EA) spherical expanding flame
with different proportions of hydrogen (4%, 8%, 12%) were studied through experiments and …

Thermoacoustic oscillations occur in a Rijke burner with a porous plug stabilized premixed
flame. In addition to regular limit cycle oscillations, the thermoacoustic system also presents …

In this study, the wrinkling, cellularization characteristics and intrinsic instability of
hydrogen/ethanol flames were investigated under different equivalence ratios, initial …