Unsustainable energy sources are one of the preeminent supply specks of power
generation in the prevailing scenario. The production and utilization of energy have brought …

This study focused on the application of a single-zone combustion model together with triple
Wiebe functions to analyze the impact of the diesel/n-butanol blends as drop-in fuel in a four …

The present study examines the preheated (95° C) and unheated (35° C) Vateria indica
methyl ester (VIME) blends by studying the engine performance, combustion, and emission …

Butanol is a highly promising alternative fuel in the context of carbon neutrality. Attaining a
thorough understanding of its chemical transformation mechanisms is pivotal for optimizing …

Considering climate change and energy crisis, the high-carbon alcohol has become a
popular substitute fuel for diesel engines. In this study, diesel (D100), n-octanol/diesel …

The effect of a high proportion of butanol on combustion and emission of common rail diesel
engine was studied. The four butanol isomers, n-butanol, iso-butanol, sec-butanol and tert …

To date, apart from alcohol, few alternative fuels have been investigated for the operation of
port fuel injection (PFI) engines. The current study is examining the suitability of a ternary …

The novel supercritical injection and combustion technology is thought to have the potential
to achieve more efficient and cleaner combustion. In order to understand the …

The present study is to investigate the suitability of Lemon Peel Oil (LPO) as a partial
substitution to a conventional gasoline engine. LPO is a novel, renewable, and sustainable …

The purpose of this study is to develop a multi-component skeletal mechanism including
renewable fuels of n-butanol, n-octanol, and DnBE (di-n-buthylether) for engine combustion …