In this paper, a new evaporation model for multi-component hydrocarbon droplets is
proposed. Compared to previously published models, it has two new features. First, an …

As the power density of diesel engines increases, the in-cylinder spray process appears
supercritical phase transition, but the transition boundary and judgment criteria are unclear …

In the present study, molecular dynamics simulations are conducted to investigate the
sub/supercritical phase change of alcohol (methanol and ethanol)/n-heptane mixtures …

Understanding the transport processes during evaporation and combustion of isolated liquid
fuel droplet is highly important in several applications involving sprays. Comprehensive …

A novel evaporation model for multi-component spherical drop has been developed by
analytically solving the Stefan–Maxwell equations under spherical symmetry assumptions …

This paper deals with multi-component droplet evaporation. For this purpose, species,
momentum, and energy equations for the gas phase are solved numerically together with …

Although the behavior of the supercritical transition during the evaporation of liquid fuels in
engine combustion chambers has been studied by many researchers, the effects of …

Liquid alkane droplets transit to supercritical fluids under supercritical conditions. However,
the subsequent thermodynamic state evolution, phase transition, and mixing in this case …

Droplet vaporization has a great impact on combustion of liquid fuels and might greatly
affects the engine performance. Physical understanding and theoretical interpretation of the …

Though extensive studies have been carried out to study the supercritical transition
behaviors, some key issues in the supercritical fluids have not been well understood …