An optimized active pre-chamber geometry was obtained by combining computational fluid
dynamics (CFD) and machine learning (ML). A heavy-duty engine operating with methane …

Experimental results from a study on the evolution of gas jets ejected through the orifices of
a pre-chamber in a heavy-duty optical engine are presented. The work examines conditions …

Due to stringent emission standards, the demand for higher efficiency engines has been
unprecedentedly high in recent years. Among several existing combustion modes, pre …

To ensure that private cars can continue to be used in the future, they must become
significantly more efficient and at the same time emit considerably less pollutants. In addition …

The current work utilizes computational fluid dynamics (CFD) simulations to assess the
effects of different piston geometries in an active-type pre-chamber combustion engine …

Pre-chamber combustion (PCC) engines allow extending the lean limit of operation
compared to common SI engines, thus being a candidate concept for the future clean …

Abstract Reactivity Controlled Compression Ignition (RCCI) is commonly mentioned as a
potential efficient and clean combustion concept. This study makes the first evaluation of …

Pre-chamber combustion (PCC) allows an extension on the lean limit of an internal
combustion engine (ICE). This combustion mode provides lower NOx emissions and shorter …

The efficiency of spark-ignition engines can be increased by increasing the excess air
dilution using active pre-chambers (PCs), which are characterized by larger inner PC …

In recent years lean-burn technologies have acquired center stage in engine research due
to stringent emission norms. Among such technologies, pre-chamber assisted combustion …