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 …

The effect of the temperature gradient inside fuel droplets on droplet evaporation, break-up
and the ignition of fuel vapour/air mixture is investigated based on a zero-dimensional code …

Low Reynolds number flow in a six element Kenics static mixer was modeled using finite
element computations. The numerical approach takes into account aspects of the fluid flow …

The laminar flow in an impinging jet contactor is examined as a first step toward the
development of new technology for fast mixing of viscous fluids. The flow, velocity, and …

The hypersonic expansion of O2 through a nozzle is considered. The steady nonequilibrium
vibrational distribution function of O2, and the nonequilibrium forward reaction rate …

This paper presents an artificial intelligence approach for optimization of the operational
parameters such as gas pressure ratio and discharge current in a fast-axial-flow CW CO2 …

The paper discusses recent progress in the development of a combined analytical,
asymptotic and numerical approach to modelling of heating and evaporation of fuel droplets …

A previously developed kinetic model for two-component vapour and background gas (air) is
applied to the analysis of droplet heating and evaporation in Diesel engine-like conditions …

The motion and deposition of small solid particles (1–10 μm) in an idealized six-stage
cascade impactor is investigated numerically. The flow of air is simulated using commercial …

This book documents pioneering mathematical models introduced for the simulation of multi-
component droplets heating and evaporation processes which are implementable into …