… piston bowl geometry has little influence on in-cylinder flow during intake stroke. However,
piston bowls … end of compression stroke, engine model with toroidal shape piston give 34.8% …

… Internal combustion (IC) engines are widely … combustion engine performance. There are
many ways to improve the air–fuel mixture inside a cylinder, and changing piston bowl geometry …

… Currently, internal combustion engines (ICEs) are necessary for a wide range of
technologies from road vehicles to industrial and agricultural areas. The most preferred …

… piston bowl geometry on combustion characteristics of biodiesel at medium load using the
coupled KIVA4–CHEMKIN code. Three bowl geometries… between three bowl geometries were …

… Natural gas (NG) is an economical alternative fuel for on- and -off-road internal combustion
engines (ICEs) in the US due to the recent progress in horizontal drilling and hydraulic …

… To gain a better understanding of the influence and the potentials of different piston bowl
geometries, both stepped-lip bowls and re-entrant bowls were explored in this study. 2 Engine …

… strategies and aftertreatment systems to abate the pollutant emissions associated to internal
combustion engines. It has been shown that simultaneous reduction in NOx and PM can be …

… piston bowl geometry on RCCI (Reactivity Controlled Compression Ignition) heat transfer and
combustion losses and its repercussion on the engine … ICE (internal combustion engines) …

… piston bowl geometry on the mixture formation and fuel stratification in different combustion
… combining injection strategy with piston bowl geometry to improve the engine performance. …

… As response of the regulations introduced around the world to limit the pollutant emissions
associated to internal combustion engines, researchers and manufacturers are focusing their …