In recent years, the approaches paid much attention to are adding nanoparticles in biodiesel-
based fuels to overcome the disadvantages of biodiesel like high molecular mass, high …

Nanomaterials exhibit excellent properties, allowing them to act as fuel additives to improve
diesel engine characteristics. This review highlights the unique potentials of nanomaterials …

Due to the obvious increase in the environmental and human health concerns produced by
diesel engines, there has been a lot of interest in ecologically friendly diesel fuels. Current …

Molecular dynamics simulations are conducted to investigate the evaporation of the
truncated (2.5 σ) and shifted Lennard–Jones fluid into vacuum. Evaporation is maintained …

A droplet evaporation model based on the direct numerical method and the high-fidelity
interface capturing methodology is developed to simulate the evaporation process of liquid …

Air pollution, climate changes, and global warming are strongly correlated with burning huge
amounts of petroleum fuels. Biodiesel has emerged as a promising alternative to alleviate …

Nanofluids are mostly dispersed in a base fuel to advance thermo-physical properties,
creating them a noticeable prime for implementation in a variety of viable exertion such as …

The twin-fluid atomizer employing the cross-stream mixing arrangement for air and liquid
prior to the orifice exit is investigated with a scaled-up size transparent injector. Simplistic …

The phenomenon of droplet impingement on solid surfaces is prevalent in various natural
and industrial contexts. Research on impact dynamics on conical surfaces keeps emerging …

Ethanol is a common inexpensive solvent for industrial flame spray pyrolysis. This work
presents a numerical study of a single ethanol-based droplet burning with different precursor …