Experimental and numerical studies are carried out to develop a surrogate that can
reproduce selected aspects of combustion of kerosene. Jet fuels, in particular Jet-A1, Jet-A …

The combustion of ammonia in internal combustion engines (ICE) releases nitrogen-related
exhaust emissions. Numerous studies have shown that the increased formation of nitrous …

In Diesel engines combustion proceeds essentially under partially premixed and non-
premixed conditions. In this study the flamelet model for non-premixed combustion is …

A chemical kinetic mechanism for the combustion of n-decane has been compiled and
validated for a wide range of combustion regimes. Validation has been performed by using …

An existing comprehensive kinetic hydrocarbon oxidation model has been augmented and
revised for a detailed analysis of n-heptane flame chemistry. The analysis was enabled by …

Soot samples, including the associated organics, produced from an Illinois No. 6 coal (five
samples) and two model compounds, biphenyl (three samples) and pyrene (two samples) …

An overview of flamelet modeling for turbulent non-premixed combustion is given. A short
review of previous contributions to simulations of direct injection (DI) diesel engine …

Numerical simulations for an n-heptane fueled high pressure and high temperature chamber
under Diesel engine conditions have been performed to study soot formation and oxidation …

An existing skeletal mechanism for laminar premixed methane/air flames has been used as
a starting point for further automatic reduction by quasi-steady-state approximation (QSSA) …

A new soot model is presented, which has been developed for CFD applications, combining
accuracy and efficiency. While the chemical reactions of small gas phase species are …