The proposed experimental study aims to investigate the effect of adding HHO gas with a
constant flowrate (50% of the engine capacity) on the thermal efficiency for six different …

Nanoparticles possess great potential as an additive to enhance biodiesel physiochemical
properties improving diesel engine performance, combustion and emission characteristics to …

Fuel is considered a major influencing parameter for engine oil condition during extended
engine operation. Its effects on engine oil performance is required to be investigated with the …

The vehicle fleet in some regions of the world continues to age, so it is difficult to reduce the
consumption of fuels, meet environmental objectives and mitigate the cost it represents …

Internal combustion engine lubricants are subject to thermo-oxidative degradation during
use and must be designed to withstand oxidation in order to extend their useful life …

Biodiesel can be considered to be the most capable alternate fuel for partial or complete
replacement of the fossil fuel. Previous studies on biodiesel-oil blends have demonstrated …

Dilution of engine oil occurs when fuel is injected late in the combustion cycle to regenerate
the diesel particulate filter used for trapping particulate emissions. Fuel dilution reduces oil …

Engine oil plays a very important role in keeping the engine system working optimally and
efficiently. The main functions of engine oil are to reduce wear on components such as …

Experiments were conducted with ultra low sulfur diesel (ULSD) and 20% biodiesel blends
(B20) to compare lube oil dilution levels and lubricant properties for systems using late in …

In the present work, impact of biodiesel on engine oil quality was focused on the roles of
methyl oleate and the performance characteristics of an engine oil metallic sulfonate …