An investigation of the dynamic deformation for an individual droplet under convective
transcritical conditions is conducted with a developed deformation model. This model takes …

An evaporation and aerodynamic interaction model is developed for an isolated droplet
introduced into transcritical and strong convective environments. The new numerical model …

A droplet breakup model is developed for a single droplet introduced into transcritical and
strong convective environments. The numerical model takes into account variable …

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

A validated comprehensive axisymmetric numerical model, which includes the high
pressure transient effects, variable thermo-physical properties and inert species solubility in …

In the present paper the effect of real gas behavior on the evaporation and aerodynamic
interaction of an isolated droplet subjected to trans-critical operating environments is …

This paper aims to investigate quantitatively the influence of gas-phase unsteadiness on the
droplet vaporization process in sub-and super-critical environments. Two comprehensive …

The evaporation process of an n-dodecane droplet surrounded by nitrogen ambient under
supercritical pressures and sub-to super-critical temperatures is studied by molecular …

A comprehensive numerical model is developed to study a vaporizing n-heptane droplet in a
forced convective environment under different temperature conditions, which includes high …

In this paper, a fully compressible real-fluid and homogeneous equilibrium model (HEM) has
been developed, in which the two-phase characteristics are obtained using a tabulated …