The use of chemical kinetic mechanisms in computer aided engineering tools for internal
combustion engine simulations is of high importance for studying and predicting pollutant …

Today numerical models are a major part of the diesel engine development. They are applied
during several stages of the development process to perform extensive parameter studies …

A novel 0-D Probability Density Function (PDF) based approach for the modelling of Diesel
combustion using tabulated chemistry is presented. The Direct Injection Stochastic Reactor …

Water injection is investigated for turbocharged spark-ignition engines to reduce knock
probability and enable higher engine efficiency. The novel approach of this work is the …

In this work a soot source term tabulation strategy for soot predictions under Diesel engine
conditions within the zero-dimensional Direct Injection Stochastic Reactor Model (DI-SRM) …

The potential energy surfaces of the first excited triplet state of some ruthenium polypyridyl
complexes were investigated by means of density functional theory. Focus was placed on the …

The subject of this work is 3D numerical simulations of combustion and soot emissions for a
passenger car diesel engine. The CFD code STAR-CD version 3.26 [1] is used to resolve …

The conversion of the plant photoreceptor phytochrome from an inactive (Pr) to an active
form (Pfr) is accomplished by a red-light induced Z → E photoisomerization of its …

Several models for ignition, combustion and emission formation under diesel engine conditions
for multi-dimensional computational fluid dynamics have been proposed in the past. It …

The photochemistry of low lying excited states of six different fluorinated bromobenzenes
has been investigated by means of femtosecond laser spectroscopy and high level ab initio …