\u3cp\u3eWe have studied the imbibition of water from a stationary nozzle into thin, moving porous media that are suspended in air, as well as the accompanying evaporation and condensation processes. Due to sorptive heating and the latent heat associated with the phase change processes, the temperature of the porous medium becomes non-uniform. We have measured the temperature distributions using infrared thermography as a function of substrate speed. Moreover, we developed a numerical model coupling Darcy flow and heat transfer in the thin porous medium with gas flow, heat and water vapor transport in the surrounding gas phase. The numerical simulations reproduce the measurements very well and point at an intricate buoyancy-induced gas-phas...
This paper presents a methodology to infer the internal heat transfer characteristics of a porous Ul...
An infrared technique to investigate the transfer processes across the aqueous mass boundary layer i...
The aim of this work is to show the importance of the sorption isotherms in the study of the heat an...
We have studied the imbibition of water from a stationary nozzle into thin, moving porous media that...
We have studied the imbibition of water from a stationary nozzle into thin, moving porous media that...
Worldwide increased focus on environment, depletion and over exploitation of fossil fuel resources, ...
The heat and mass transfer phenomena that occur in beds of ventilated hygroscopic porous media are c...
We report an experimental study of evaporation of two configurations of layered porous media that ar...
We report an experimental study of evaporation due to controlled infrared (IR) heating from above fr...
Thanks to infrared thermography, we have studied the mechanisms of CO2 capture by solid ad...
We have studied the deposition of lines of water onto a thin porous medium by means of a droplet-on-...
Moisture transport as well as evaporation and condensation are key mechanisms in the energy manageme...
This paper presents a novel experimental technique where infrared thermography is employed to direct...
International audienceWe present a modelization of the heat and mass transfers within a porous mediu...
Infrared thermography measurement technique is a methodology which detects infrared energy emitted f...
This paper presents a methodology to infer the internal heat transfer characteristics of a porous Ul...
An infrared technique to investigate the transfer processes across the aqueous mass boundary layer i...
The aim of this work is to show the importance of the sorption isotherms in the study of the heat an...
We have studied the imbibition of water from a stationary nozzle into thin, moving porous media that...
We have studied the imbibition of water from a stationary nozzle into thin, moving porous media that...
Worldwide increased focus on environment, depletion and over exploitation of fossil fuel resources, ...
The heat and mass transfer phenomena that occur in beds of ventilated hygroscopic porous media are c...
We report an experimental study of evaporation of two configurations of layered porous media that ar...
We report an experimental study of evaporation due to controlled infrared (IR) heating from above fr...
Thanks to infrared thermography, we have studied the mechanisms of CO2 capture by solid ad...
We have studied the deposition of lines of water onto a thin porous medium by means of a droplet-on-...
Moisture transport as well as evaporation and condensation are key mechanisms in the energy manageme...
This paper presents a novel experimental technique where infrared thermography is employed to direct...
International audienceWe present a modelization of the heat and mass transfers within a porous mediu...
Infrared thermography measurement technique is a methodology which detects infrared energy emitted f...
This paper presents a methodology to infer the internal heat transfer characteristics of a porous Ul...
An infrared technique to investigate the transfer processes across the aqueous mass boundary layer i...
The aim of this work is to show the importance of the sorption isotherms in the study of the heat an...