The vaporization of one or two multi-component fuel droplets in hot air-stream is presented. A thermal wind tunnel with experimental channel has been designed to develop an experimental process. Firstly, the comparison between experimental results and numerical data is presented for the case of an isolated multi-component droplet. The numerical method is based on the resolution of heat and mass transfer equations between the droplet and the gas stream. This model includes the effect of Stephan flow, the effect of variable thermophysical properties of the components, and the non-unitary Lewis number in the gas film. The experimental results show the micro-explosion phenomenon observed in the liquid phase of multi-component droplet at low tem...
Fuel droplets consisting of multiple components are known to exhibit complex evaporation behaviour. ...
Water emulsified fuels are characterised by a complete combustion and low emissions of pollutant par...
Some recently developed approaches to the hydrodynamic, kinetic and molecular dynamic modelling of m...
Non intrusive optical diagnostics are used in order to investigate the mechanisms that govern the dr...
Non intrusive optical diagnostics are developed to investigate the mechanisms governing multicompone...
Des diagnostics optiques non intrusifs ont été utilisés afin d'investiguer les mécanismes gouvernant...
Cette étude s'inscrit dans le cadre de la compréhension des phénomènes ayant lieu dans les chambres ...
Liquid fuels applied to spray combustion processes are predominantly composed by a mixture of compon...
Des diagnostics optiques non-intrusifs sont développés afin d'améliorer la compréhension des phénomè...
Combustion of liquid fuels is one of the main energy conversion methods and is used in a wide range ...
The vaporisation of injected fuel in a combustion chamber is a crucial phenomenon in an aeronautical...
International audienceDispersed liquid droplet flows with evaporation and condensation in multi-comp...
International audienceThe prediction of heat and mass transfer in fuel sprays is a key issue in the ...
The knowledge of aerothermal phenomena occurring in the combustion chamber is a key point in the imp...
Spray combustion applications involve complex phenomena such as atomization, droplet vaporization, m...
Fuel droplets consisting of multiple components are known to exhibit complex evaporation behaviour. ...
Water emulsified fuels are characterised by a complete combustion and low emissions of pollutant par...
Some recently developed approaches to the hydrodynamic, kinetic and molecular dynamic modelling of m...
Non intrusive optical diagnostics are used in order to investigate the mechanisms that govern the dr...
Non intrusive optical diagnostics are developed to investigate the mechanisms governing multicompone...
Des diagnostics optiques non intrusifs ont été utilisés afin d'investiguer les mécanismes gouvernant...
Cette étude s'inscrit dans le cadre de la compréhension des phénomènes ayant lieu dans les chambres ...
Liquid fuels applied to spray combustion processes are predominantly composed by a mixture of compon...
Des diagnostics optiques non-intrusifs sont développés afin d'améliorer la compréhension des phénomè...
Combustion of liquid fuels is one of the main energy conversion methods and is used in a wide range ...
The vaporisation of injected fuel in a combustion chamber is a crucial phenomenon in an aeronautical...
International audienceDispersed liquid droplet flows with evaporation and condensation in multi-comp...
International audienceThe prediction of heat and mass transfer in fuel sprays is a key issue in the ...
The knowledge of aerothermal phenomena occurring in the combustion chamber is a key point in the imp...
Spray combustion applications involve complex phenomena such as atomization, droplet vaporization, m...
Fuel droplets consisting of multiple components are known to exhibit complex evaporation behaviour. ...
Water emulsified fuels are characterised by a complete combustion and low emissions of pollutant par...
Some recently developed approaches to the hydrodynamic, kinetic and molecular dynamic modelling of m...