Soot formation in DISI-(direct-injection spark-ignition) sprays is analyzed for ethanol-
mixtures under stratified charge conditions. The investigation is conducted in a constant …

The self-learning capabilities of artificial neural networks (ANNs) from large datasets have
led to their deployment in the prediction of various physical and chemical phenomena. In the …

This paper presents a novel approach for the measurement of vapor fuel concentration at
engine relevant conditions for the investigation of preferential evaporation in …

In charged spark-ignition engines, additional water injection allows for the reduction of
temperature under stoichiometric mixture conditions. However, a higher complexity of the …

This paper reports on the spray structure of the biofuels, ethanol, and butanol generated by
a multihole direct-injection spark-ignition injector, which is studied in a constant volume …

Suitable fluorescence tracers (“dyes”) are needed for the planar measurement of droplet
sizes by using a combination of laser-induced fluorescence (LIF) and Mie scattering …

Soot formation and in-cylinder soot oxidation in an optically accessible DISI-engine is
analysed for gasoline–ethanol mixtures under part load operating conditions. A volumetric …

A novel planar droplet sizing (PDS) technique based on laser-induced fluorescence (LIF)
and Mie-scattering is utilized for the characterization of the spray structure under gasoline …

In this work, the possibility of using planar droplet sizing (PDS) based on laser-induced
fluorescence (LIF) and Mie scattering was investigated within the framework of measuring …

In this work, the possibility of using a two-color LIF (laser-induced fluorescence) approach
for fuel composition and temperature measurements using nile red dissolved in n …