The pursuit of bioJET fuels has intensified owing to the depletion of petroleum reserves and
environmental degradation from fossil fuels. This study examines the physical and chemical …

The spray characteristics play a crucial role in determining the performance and emissions
of compression ignition (CI) engines at the pre-combustion stage. With the advent of many …

Using carbon free energy sources is one of the keys to mitigate climate change. Hydrogen
promises to be one of these carbon free energies, but its storage is difficult and expensive …

In the last decade, gasoline compression ignition technology has attracted the scientific
community's attention because of its superior thermal efficiency and low soot and NO x …

The spray characteristics of a fuel greatly influence the combustion as it affects the formation
of an air–fuel mixture, which directly impacts the performance and emissions of the engine …

Gasoline compression ignition is an advanced combustion technology that controls harmful
emissions from low-octane fuels used in compression ignition engines. Fuel's physical …

Potential alternative fuels that can mitigate environmental pollution from gas turbine engines
(due to steep growth in the aviation sector globally) are getting significant attention. Spray …

Significant growth in the aviation industry has also raised concern on the impact of this
sector in terms of environmental pollution. Bio-derived fuels are going to play an important …

Nozzle hole diameter and injection pressure have a significant effect on diesel spray
combustion and emission characteristics. The current work presents an experimental and …

Abstract In a DI Diesel Engine performance, emission and combustion characteristics,
spraying behaviour plays a vital role. Emerging research in new fuels is increasing day by …