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

Adding water to fuel droplets is known to lead to puffing and micro-explosion. Puffing and
micro-explosion lead to a rapid increase in the liquid fuel surface area. This, in turn, leads to …

Thermally-induced breakup of metal-precursor-laden droplets in spray-flame synthesis
occurs via a rapid and disruptive disintegration, ie,“puffing” and “micro-explosion”. To assess …

This study is investigating three-dimensional numerical simulation of a Newtonian droplet
impact and break on two square cylinders based on dynamic contact angle of droplet at the …

The present study investigated the flame spread and combustion characteristics of two
jatropha oil droplets, droplet A and B. Specifically, the pyrolysis characteristics of jatropha oil …

Abstract Effects of graphene oxide nanomaterials addition and oxidation level on ignition
delay and burning rate of ethanol droplets are experimentally investigated. Three graphene …

Evaporation and auto-ignition characteristics of an n-pentanol-diesel droplet are
investigated under a high-temperature (900 K) and turbulent environment. Turbulence …

The droplet and flame chemiluminescence dynamics and their coupling during atomization
events of graphene oxide doped diesel are investigated experimentally. The tested doping …

Micro-explosive combustion is considered as an effective way to improve combustion
efficiency in combustor. In this work, the micro-explosive combustion characteristics of …

Despite the progress in interpretation of Leidenfrost effect suppression for heat transfer
enhancement, a knowledge gap still exists in explaining its effects on low-temperature …