[HTML][HTML] A review of current and future powertrain technologies and trends in 2020
Fossil fuels are currently the most convenient on-board energy sources for vehicles in terms
of energy density and refueling time. However, the increase in global temperature together …
of energy density and refueling time. However, the increase in global temperature together …
Combustion chamber modifications to improve diesel engine performance and reduce emissions: A review
The concept of combustion chamber modifications of diesel engines has been attracting
much attention in the field of engine research. Many researchers are investigating modified …
much attention in the field of engine research. Many researchers are investigating modified …
Additive manufacturing new piston design and injection strategies for highly efficient and ultra-low emissions combustion in view of 2030 targets
Internal combustion engines have been the most effective solution as the main mover for
mobility. Despite the recent European regulations targeting zero tailpipe CO 2 emissions for …
mobility. Despite the recent European regulations targeting zero tailpipe CO 2 emissions for …
[HTML][HTML] A numerical investigation of the performance of oxymethylene ethers blended with fossil diesel to reduce soot emissions in compression ignition engines
JM García-Oliver, R Novella, C Micó, U Bin-Khalid - Fuel, 2022 - Elsevier
The reduction of the carbon footprint of internal combustion engines and the pollutant
emissions is mandatory for the survival of this technology. In this sense, e-fuels are …
emissions is mandatory for the survival of this technology. In this sense, e-fuels are …
[HTML][HTML] Effect of different chamber geometries on combustion formation to reduce harmful emissions
The combustion process in internal combustion engines is the primary aspect of engine
performance and emissions. Combustion chamber geometries such as grooved combustion …
performance and emissions. Combustion chamber geometries such as grooved combustion …
[HTML][HTML] Numerical study to improve the combustion and thermal efficiencies of off-gas/synthesis gas-fueled HCCI-engine at different loads: Piston-shape and crevice …
This numerical work aims to improve combustion efficiency and thermal efficiency by
modifying the piston shape and crevice volume ratio of the HCCI engine operated under …
modifying the piston shape and crevice volume ratio of the HCCI engine operated under …
Effect of in-cylinder flow on the combustion and flame propagation characteristics of an ammonia/diesel dual-fuel engine
This numerical study investigates the effect of in-cylinder flow, regulated by combustion
chamber (CC) geometry and swirl ratio (SR), on the combustion and flame propagation …
chamber (CC) geometry and swirl ratio (SR), on the combustion and flame propagation …
Mixture formation and combustion process analysis of an innovative diesel piston bowl design through the synergetic application of numerical and optical techniques
The optimization of diesel engine piston bowl geometries has a crucial role in improving the
near-wall flame evolution for better air/fuel mixing and soot reduction. With these aims, an …
near-wall flame evolution for better air/fuel mixing and soot reduction. With these aims, an …
[HTML][HTML] Numerical and optical soot characterization through 2-color pyrometry technique for an innovative diesel piston bowl design
The development of innovative diesel piston bowl designs has shown significant
improvement of the near-wall flame evolution, resulting in lower fuel consumption and …
improvement of the near-wall flame evolution, resulting in lower fuel consumption and …
Analysis of improved in-cylinder combustion characteristics with chamber modifications of the diesel engine
This study numerically analyses the effects of chamber modifications to investigate the
improvement of in-cylinder combustion characteristics of the diesel engine using a …
improvement of in-cylinder combustion characteristics of the diesel engine using a …