Water sprays, water curtains, or mists, are semi-transparent media made of droplets dispersed in air. Here, water sprays are not used for the extinction of the flame but for radiative shielding against infrared radiation coming from a hot surface. Indeed, placed between a radiative source and a target to be protected, they are able to limit the radiation propagation, due in particular to the ability of droplets to absorb and to scatter infrared radiation. The advantage of mists consists in the presence of fine water droplets. In fact, with the same water volume, they have a widely superior capacity of attenuation radiation compared to sprinkler systems which use much water involved as large droplets. A study has been carried out both experi...
A detailed study (dynamics, thermal and radiative transfer) concerning a single water spray is prese...
Downloaded Fspray curtain attenuates thermal radiation by the combined ab-sorption and scattering me...
The present study focuses on extinction of flames with water mist where surface cooling effects are ...
Water sprays, water curtains, or mists, are semi-transparent media made of droplets dispersed in air...
Les rideaux d'eau sont des milieux semi-transparents constitués de gouttelettes d'eau dispersées dan...
International audienceSince the late1980’s and the Montreal protocol on substances that deplete the ...
This article focuses on the interaction of infrared (IR) radiation with water droplets. The main ob...
This study is devoted to the simulation of combined radiative, conductive and convective transfer in...
This study is devoted to the simulation of combined radiative, conductive and convective transfer in...
PresentationA Nowadays, the water spray curtain is recognized as a useful technique to mitigate majo...
This article focuses on the interaction of thermal radiation with water droplets and the creation of...
Ce travail est consacré à la simulation des transferts couplés, rayonnement-conduction-convection da...
The application of water mist in the air upstream of the air-cooled condensers can reduce the energy...
An approximate solution for the complete problem of attenuation of fire radiation by water mist is p...
The progress on the research and application of water mist systems in fire suppression has been subs...
A detailed study (dynamics, thermal and radiative transfer) concerning a single water spray is prese...
Downloaded Fspray curtain attenuates thermal radiation by the combined ab-sorption and scattering me...
The present study focuses on extinction of flames with water mist where surface cooling effects are ...
Water sprays, water curtains, or mists, are semi-transparent media made of droplets dispersed in air...
Les rideaux d'eau sont des milieux semi-transparents constitués de gouttelettes d'eau dispersées dan...
International audienceSince the late1980’s and the Montreal protocol on substances that deplete the ...
This article focuses on the interaction of infrared (IR) radiation with water droplets. The main ob...
This study is devoted to the simulation of combined radiative, conductive and convective transfer in...
This study is devoted to the simulation of combined radiative, conductive and convective transfer in...
PresentationA Nowadays, the water spray curtain is recognized as a useful technique to mitigate majo...
This article focuses on the interaction of thermal radiation with water droplets and the creation of...
Ce travail est consacré à la simulation des transferts couplés, rayonnement-conduction-convection da...
The application of water mist in the air upstream of the air-cooled condensers can reduce the energy...
An approximate solution for the complete problem of attenuation of fire radiation by water mist is p...
The progress on the research and application of water mist systems in fire suppression has been subs...
A detailed study (dynamics, thermal and radiative transfer) concerning a single water spray is prese...
Downloaded Fspray curtain attenuates thermal radiation by the combined ab-sorption and scattering me...
The present study focuses on extinction of flames with water mist where surface cooling effects are ...