Recent developments in modelling the heating and evaporation of fuel droplets are
reviewed, and unsolved problems are identified. It is noted that modelling transient droplet …

A simplified model for bi-component droplet heating and evaporation is developed and
applied for the analysis of the observed average droplet temperatures in a monodisperse …

The earlier reported simplified model for multi-component droplet heating and evaporation is
generalised to take into account the coupling between droplets and the ambient gas. The …

An analytical model predicting the evaporation rate for multi-component liquid drops is
proposed, taking into account the effect of all mass diffusivities within the gas phase. The …

The evaporation of single droplets and sprays into gaseous atmosphere and the
evaporation of sessile liquid droplets on solid substrates are here considered. We argue that …

A quasi-discrete model for heating and evaporation of complex multicomponent
hydrocarbon fuel droplets is suggested and tested in Diesel engine-like conditions. The …

The paper presents a new approach to modelling of the heating and evaporation of gasoline
fuel droplets with a specific application to conditions representative of internal combustion …

An approximate theoretical model for nonuniform absorption of the external thermal
radiation in a large semi-transparent spherical particle is suggested. As applied to heat …

An analytical evaporation model for multi-component spherical and spheroidal drops, based
on the analytical solution of the Stefan–Maxwell equations is proposed to study the multi …

The previously suggested quasi-discrete model for heating and evaporation of complex
multi-component hydrocarbon fuel droplets is generalised to take into account the …