The paper presents a combined theoretical and numerical study of laminar counterflow
mono-disperse spray flames. The numerical model includes a similarity transformation of the …

Even though laminar spray flames differ considerably from their gaseous counterpart, most
often flamelet models employed in the simulation of turbulent spray combustion are based …

Structures of axisymmetric and planar counterflow spray flames are investigated by means
of numerical integrations. The study emphasizes the effects of both detailed transport and …

Turbulent spray combustion occurs in many technical applications such as internal engine
combustion, gas turbine combustion, liquid-fueled rockets, and industrial burners. Major …

The structure of laminar spray flames considerably differs from their gaseous counterpart.
However, most often flamelet models employed in the simulation of turbulent spray …

Spray combustion is analysed using a full simulation of the continuous gaseous carrier
phase, while dilute-spray modelling is adopted for the discrete phase. The direct numerical …

A numerical study of structures of laminar ethanol–air spray flames in the counterflow
configuration is presented. The model describes a thin spray where the gas phase is …

The application of liquid fuels for a wide range of engineering applications has motivated the
development of predictive CFD models for spray flames. The coupling of multiphase spray …

A comprehensive numerical model of counterflow spray diffusion flames was developed
using detailed chemical kinetics and transport. The liquid phase was modeled by assuming …

A spray flamelet/progress variable approach is developed for use in spray combustion with
partly pre-vaporised liquid fuel, where a laminar spray flamelet library accounts for …