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

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 …

Puffing and micro-explosion processes in composite water/fuel (kerosene, Diesel fuel and
rapeseed oil) droplets are investigated experimentally and numerically, using the recently …

In this study, the evolution of fuel droplet diameter, flame structure, and maximum flame
temperature over time was observed using a high-speed camera and a thermal camera at …

Polyoxymethylene dimethyl ethers (PODE n) constitute a promising e-fuel family from CO 2
feedstock, while their droplet combustion characteristics are still insufficiently understood …

We delineate and examine the successive stages of ligament-mediated atomization of
burning multi-component fuel droplets. Time-resolved high-speed imaging experiments are …

The evaporation and secondary atomization of droplets in cylinder has been confirmed to be
one of major factors determining combustion efficiency. Experiments were carried out to …

Micro-explosion is considered as one of the effective ways to improve atomization,
combustion and reduce emissions. The present study examined the micro-explosion …

This study focused on how the properties of alcohols (ethanol, methanol, n-butanol), ketones
(acetone), alkanes (hexane), esters (ethyl acetate), methyl benzenes (toluene), and ethers …

The combustion performance of metal particles for explosives, propellants, pyrotechnics,
and bio-agent defeat can be optimized by controlling the chemistry, size, and coatings of the …