Hi
I want to built a model to simulate air dehumidification via liquid desiccant. In this model wet air is blown toward a tube that desiccant liquid is flowed in it. The tube is made of membrane that moist and heat can diffuse through it so moist in air delivered to inside liquid and therefore the air will dry.
The problem is similar to that describe in paper "Conjugate heat and mass transfer in a cross-flow hollow fiber membrane contactor for liquid desiccant air dehumidification" that I upload it.
I built a model to simulate it, but I not sure wheather multiphysics model should I use and if my built model demonstrate the problem in good manner or not.
Regards
NOTTICE: Since the size of COMSOL file is large (6.38MB) I compress it by Winrar, but COMSOL forum page don't allow to upload a .rar file so, I change the extension of file to .mph and rename it to "compressed dehumidification.mph" and then upload it. After download the file change its extension to .rar and extract it to achieve to COMSOL file.
I want to built a model to simulate air dehumidification via liquid desiccant. In this model wet air is blown toward a tube that desiccant liquid is flowed in it. The tube is made of membrane that moist and heat can diffuse through it so moist in air delivered to inside liquid and therefore the air will dry.
The problem is similar to that describe in paper "Conjugate heat and mass transfer in a cross-flow hollow fiber membrane contactor for liquid desiccant air dehumidification" that I upload it.
I built a model to simulate it, but I not sure wheather multiphysics model should I use and if my built model demonstrate the problem in good manner or not.
Regards
NOTTICE: Since the size of COMSOL file is large (6.38MB) I compress it by Winrar, but COMSOL forum page don't allow to upload a .rar file so, I change the extension of file to .mph and rename it to "compressed dehumidification.mph" and then upload it. After download the file change its extension to .rar and extract it to achieve to COMSOL file.