Artificial Intelligence is becoming very important and useful in several scientific fields.
Machine learning methods, such as neural networks and decision trees, are often proposed …

In the automotive industry, the study of internal combustion engines (ICE) has massively
been studied to identify the occurrence of some failures, such as engine knock [1],[2]. The …

Homogeneous lean combustion (HLC) can be utilized to substantially improve spark ignited
(SI) internal combustion engine efficiency. Higher efficiency is vital to enable clean, efficient …

In this study, the fuel effects on the knock under super lean burn conditions were
investigated using a single-cylinder spark ignition (SI) engine with a compression ratio of 15 …

Stringent environmental legislation demands development of internal combustion engines
seeking higher thermal efficiency to reduce greenhouse gas emissions. Brazilian …

Individual transport plays a considerable role in global greenhouse gas emissions. Hence,
worldwide legislation increases the demands on the automotive industry with regard to …

The search for effective methods to obtain an accurate detection of faults in cyber-physical
systems grows constantly. Usually, a considerable amount of data generated by sensors is …

Homogeneous lean spark-ignited combustion is known for its thermodynamic advantages
over conventional stoichiometric combustion but remains a challenge due to combustion …

Homogeneous air-diluted spark ignition (SI) is one advanced combustion concept that is
recognized for its potential of efficiency improvement, which can be utilized in the next …

Investigation on synthetic oxygenate fuels in future SI-engines using 0D/1D-simulation Page 1
Investigation on synthetic oxygenate fuels in future SI-engines using 0D/1D-simulation Von der …