A critical review of recent investigations in the realm of supercritical (and subcritical) fluid
behavior is presented with the goal of obtaining a perspective on the peculiarities of high …

Droplet vaporization and combustion studies in environments where the ambient pressure
and temperature are supercritical relative to the droplet are reviewed. The conditions under …

A numerical investigation of mixing processes between an injected fuel (an n-alkane) and a
chamber inert gas (nitrogen) was carried out for high-pressure fuel injection. The objective is …

Evaporation processes of a fuel droplet under sub-and supercritical ambient conditions have
been studied using molecular dynamics (MD) simulations. Suspended n-dodecane droplets …

Fuel injection dynamics transition from two-phase theory to single-phase dense fluid
dynamics are a crucial phenomenon that markedly affects the mixing process and …

This paper reports a numerical investigation of droplet evaporation in a supercritical
environment. A comprehensive physical–numerical model is developed to simulate the …

Numerical results are presented for an n-hexane droplet initially at 300 K evaporating into
nitrogen, for ambient pressures, P x, 1–100 atm and ambient temperatures, T x, 500–1500 K …

This study aims to solve the discrepancies between the theoretical and experimental results
for droplet evaporation. In the literature, all the experiments for microgravity droplet …

The substitution of diesel by cleaner renewable fuels such as short-chain alcohols in dual-
fuel internal combustion engines is considered an attractive solution to reduce the pollutant …

Supercritical injection and the accompanying potential condensation processes were
numerically investigated with a consistent treatment for both the fluid dynamics and …