A critical review of the existing Internal Combustion Engine (ICE) modeling, optimization,
diagnosis, and control challenges and the promising state-of-the-art Machine Learning (ML) …

Knocking combustion research is crucially important because it determines engine
durability, fuel consumption, and power density, as well as noise and emission performance …

To construct an effective method to analyze the combustion process of dual fuel engines at
low loads, effects of combustion boundaries on the combustion process of an electronically …

The study deals the effect of different compression ratios on maximum hydrogen energy
share, thermal efficiency, and emissions in a 7.4 kW direct injection CI (compression …

In this work, the influence of turbulence intensity on knocking characteristics was studied.
Different levels of initial swirl ratio inside cylinder were firstly performed to investigate the …

Polygeneration has gained increased attention since it embraces efficient energy utilization
while contributing to alleviate environmental pollution. The fossil-fuel dependence of …

Rapid combustion is considered as an effective way to improve engine performance but
there is lack of investigations about the effect of rapid combustion on engine knock. In this …

Pilot ignited direct injection natural gas engines undertake significant advantages over
conventional diesel engine with specific combustion mode. In this paper, extensive …

Engine knock essentially involves the interplay between end-gas auto-ignition and primary
flame propagation. However, literature shows inconsistent correlations between turbulent …

A new methodology for predicting the real instantaneous in-cylinder volume in the
combustion chamber of a reciprocating internal combustion engine is implemented. The …