A large-scale, laboratory turbulent diffusion flame was used to study the effects of fuel
composition on soot size and morphology. The burner and fuels are typical of those used in …

FLUENT simulations of methane-and heptane-fueled buoyant turbulent diffusion flames are
presented. Within the large eddy simulation framework three soot formation models (the one …

This overview collects a range of well characterized experiments used in the step-wise
validation of turbulent combustion models, from gas phase non-premixed jet flames to spray …

Soot formation and oxidation in a turbulent n-heptane jet spray flame are investigated
through simultaneous imaging of quantitative soot volume fraction (fv), flame-front (OH), and …

A point-wise, time-resolved optical technique is employed to track simultaneously the
evolution of soot particles and soot precursors in a turbulent flame of ethylene/nitrogen (1/1 …

The present work examines the effect of Reynolds number (R e) on n-butane jet flames,
ranging from laminar to turbulent regime (R e= 2100 to 21,500). n-butane is chosen since it …

Remote optical measurement techniques are valuable tools for the quantification of
combustion-generated, climate-forcing emissions. Leveraging radiometric observations …

Species yields and combustion efficiency of lab-scale flares, turbulent non-premixed
buoyant flames, were measured. A new facility was constructed allowing gas mixtures to be …

Radiative impact of buoyant turbulent diffusion flames is the driving force in fire
development. Radiation emission and re-absorption is controlled by gaseous combustion …

The present work investigates the effect of jet-exit Reynolds number (R e) on soot particle
size and flame temperature in n-butane jet flames. Correlation of temperature with soot …