In this study, a spray-guided gasoline direct-injection 2-cylinder optically accessible engine
was used to analyze the characteristics of the in-cylinder flow and mixture formation using …

This paper presents an approach that uses Large Eddy Simulation under the Eulerian–
Lagrangian framework to model the gasoline direct-injection (GDI) spray from Engine …

In gasoline direct-injection engines, in-cylinder flow plays an important role in terms of fuel
atomization, mixture, turbulence, combustion, and emission. The in-cylinder flow is affected …

In this paper, a dual-fuel direct injection (DFDI) system was designed by utilizing two
common-rail direct-injection systems in a modified single-cylinder engine. Diesel and n …

To use methanol as a mono-fuel in large bore marine engines, a distributed jets ignition
combustion mode was applied on a 320 mm-bored engine, in which pre-chamber initiated …

Cyclic variability is investigated in an optically accessible single-cylinder spark-ignition
research engine by introducing artificial exhaust gas in controlled amounts to the …

Machine learning (ML) models based on a large data set of in-cylinder flow fields of an IC
engine obtained by high-speed particle image velocimetry allow the identification of relevant …

Abstract GDI (Gasoline Direct Injection) sprays are a matter of continuous research due to
their potential for higher thermal efficiency and power output. Injections in GDI engines tend …

The paper analyses particle image velocimetry (PIV) measurements and multi-cycle Large
Eddy Simulation (LES) of the in-cylinder flow of the well-known Darmstadt engine, operated …

This study investigated the cycle-to-cycle variation of a spark-assist high-compression-ratio
spray-guided direct-injection two-cylinder optically accessible engine. The cycle-to-cycle …