Investigating the evaporation characteristics of a fuel droplet is critical for understanding
spray and combustion processes, which provides valuable information and guidance for …

The review presents the results of experimental and theoretical studies obtained in recent
years within the framework of the main areas of research of gel fuels: choice of component …

Abstract A Discrete Component Model (DCM) is applied to study the heating and
evaporation of suspended kerosene and kerosene surrogate droplets. The effects of natural …

Micro-explosion characteristics of soybean oil droplet were investigated using high speed
backlight imaging technique at ambient temperature 873 K, 923 K and 973 K. Experimental …

The characteristics of processes developing during the ignition and combustion of single gel
fuel particles with a mass of 10 mg in a high-temperature motionless air medium were …

The aim of this study was to determine the combustion characteristics of a 1-butanol gel fuel
droplet under elevated temperature and pressure conditions.(1)-Butanol is an excellent …

Micro-explosion and puffing of multi-component slurry and emulsified fuel droplets can
provide a several-fold increase in the evaporation and chemical reaction surface area. As a …

This experimental research studies the gas-phase ignition of single droplets of several gel
propellant compositions based on ethyl alcohol with a gellant, liquid and fine solid …

The micro-explosion of slurries and emulsions droplets under heating contribute to a
significant increase in efficiency of a large group of promising technologies, in particular, in …

The present study mainly focused on the evaporation and micro-explosion mechanism of
jatropha vegetable oil (JVO) droplets. Six major components of JVO and their blends were …