The fuel-ambient mixture in vaporized fuel jets produced by liquid sprays is fundamental to
the performance and operation of engines. Unfortunately, experimental difficulties limit the …

The author's developed a practical soot model and implemented in the multidimensional
computational fluid dynamics code, KIVA-3vr2 for use in low temperature diesel combustion …

Future fuels will come from a variety of feed stocks and refinement processes.
Understanding the fundamentals of combustion and pollutants formation of these fuels will …

A single-cylinder, light-duty, diesel engine was used to investigate the effect of changes in
intake pressure (boost) on engine performance and emissions in lowtemperature …

The present study investigates the effect of injection pressure and ambient oxygen
concentration variations on the Engine Combustion Network Spray A flame. The two-stage …

In the present study a previously developed soot model has been tested extensively for
conventional and low temperature diesel combustion engine simulations. The soot model …

Although biodiesel has begun to penetrate the fuel market, its effect on injection processes,
combustion and emission formation under diesel engine conditions remains somewhat …

The ignition, soot formation, and end of combustion transients of n-heptane and# 2 diesel
jets were investigated in an optically accessible constant-volume combustion vessel under …

ABSTRACT Within the Engine Combustion Network (ECN) spray combustion research
frame, simultaneous line-of-sight laser extinction measurements and laser-induced …

A numerical study of in-cylinder soot formation and oxidation processes in n-heptane lifted
flames using various soot inception species has been conducted. In a recent study by the …