The diesel engine is widely used due to its thermal efficiency, reliability and fuel economy,
while diesel engine emissions are harmful to the environment and human health. Therefore …

Internal combustion (IC) engines are broadly utilized in present day over the world.
Attributable to tough pollution standards, most of the engineers have been investigating for …

Piston bowl geometry directly affects many parameters such as combustion, flow,
turbulence, and mixture formation in-cylinder. This causes a change in engine performance …

Environmental deterioration and the current energy crisis are the driving factors for better
combustion technologies and renewable, clean energy sources. To improve engine …

The cold filter plugging point (CFPP) value of biodiesel fuel blends need to be improved
because of it has been reported that utilizing high concentrations of biodiesel blends in cold …

Focusing on the gasoline compression ignition (GCI) combustion mode, the operating
parameters, fuel composition, and piston bowl geometry were collaboratively optimized at …

This paper has included the effects of different bowl geometries which has the wall guided
fuel injection. Bowl geometries, which affect in-cylinder air flows, have a great influence on …

In this study, it is aimed to enhance the suitability of biodiesel blends for cold region
applications while preserving or even improving combustion and emissions characteristics …

The effect of piston bowl geometry on reducing soot emissions, improving combustion, and
in-cylinder flow movements in a direct injection diesel engine was investigated. Standard …

Reducing pollutants and increasing thermal efficiency in internal combustion engines is
possible by creating better air-fuel mixtures and optimizing the combustion process. In this …