The current investigation examined how the combined use of Modified Operating Parameter
(MOP) and Thermal Barrier Coating (TBC) enhanced the performance, combustion, and …

Diesel engines cause major pollutants such as hydrocarbons (HC), carbon monoxide (CO),
and oxides of nitrogen (NOx). These emissions affect environmental systems and lead to …

The concerns about clean environment and high oil prices are the driving forces for the
research on alternative fuels. The research efforts directed towards improving the …

This paper presents the observations of an experimental work carried out to study the impact
of thermal barrier coating on direct injection (DI) diesel engine. This work also evaluates the …

The rise in oil prices, dependency on fossil fuels, degradation of non-renewable energy
resources and global warming strives to find a low-carbon content alternative fuel to the …

The possibility of using pure vegetable oils in a thermally insulated diesel engine has been
experimentally investigated. Initially, the standard diesel fuel was tested in the engine, as …

In the present investigation, the effect of thermal barrier coated piston on the performance
and emission characteristics of mahua-biodiesel-fuelled diesel engine was studied and …

Use of vegetable oil as compression ignition engine fuel has been investigated by many
researchers during last decade either by direct blending with diesel or converting it into bio …

In this work, the development and usability of kapok oil in diesel engine was intended. With
this purpose, the piston crowns are coated with mullite–lanthanum (ML) ceramic composite …

The major objective of the present study was to analyze the performance characteristics of
10% to 40%(by volume) blending of punnai oil methyl ester (PME) with diesel as fuels in the …