There has been considerable progress in the area of fuel surrogate development to emulate
gasoline fuels' oxidation properties. The current paper aims to review the relevant …

Alternative fuels can reduce the carbon intensity of diesel engine use, and a detailed
understanding of the combustion process for these fuels can minimize resulting fuel …

Conventional and synthetic alternative jet fuels possess distinctive chemical compositions
and physical/chemical properties since they are produced through different production …

A modified cooperative fuel research (CFR) octane rating engine and a constant-volume
combustion chamber (CVCC)(CID510) were adopted to investigate the effect of the addition …

Furan and its derivatives have been receiving attention as next generation alternative fuels,
related to advanced bio-oil production. However, the ignition quality of furans allows their …

The critical compression ratio (CCR) criterion (defined as the minimum compression ratio at
which the fuel shows initial signs of autoignition) was examined for various gasoline …

Recent combustion research has focused on low temperature combustion to meet engine
emission regulations and to advance the development of low temperature homogenous …

Inspired by the announcement that liquid biofuel will be used nationally by 2020 in China,
the autoignition of surrogates from hydrogenated biomass pyrolysis oil, namely, the C 2-C 4 …

Polyoxymethylene dimethyl ethers (PODE) with high oxygen content and ethanol with high
octane number are ideal additives for diesel and gasoline, respectively. Previous studies …

Alkylbenzenes are major aromatic constituents of real transportation fuels and important
surrogate components. In this study, the structural impact of nine alkylbenzenes on their …