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calculate the concentration of oxygen through porous support
Posted 2015年4月28日 GMT-4 08:14 Fluid & Heat, Results & Visualization Version 5.0 1 Reply
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Hi,
It is the first time I used Comsol, my project consist in the measure of gas permeability through porous support. Within Comsol I have already create the plan geometry and put the boundary and area parameters. Basically the project consist injecting nitrogen flow in one side and air flow in the other side, between both of them the porous support is insert, the aim is to calculate the concentration of oxygen passing through the porous membrane. I have just compute, it gives an error.
If anybody know how to fixed it I will be grateful, please find attached my file.
Thanks in advance,
Maxime
It is the first time I used Comsol, my project consist in the measure of gas permeability through porous support. Within Comsol I have already create the plan geometry and put the boundary and area parameters. Basically the project consist injecting nitrogen flow in one side and air flow in the other side, between both of them the porous support is insert, the aim is to calculate the concentration of oxygen passing through the porous membrane. I have just compute, it gives an error.
If anybody know how to fixed it I will be grateful, please find attached my file.
Thanks in advance,
Maxime
Attachments:
1 Reply Last Post 2015年5月26日 GMT-4 09:29
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Posted:
10 years ago
Hello Maxime,
I'm not sure you have set-up your problem correctly. If you want to study how 2 species mix and react together in a pourous medium, the porous reactor example of the model library of the Chemical Reaction Engineering Module provides possibly some good hints.
related content :
www.comsol.com/blogs/modeling-reacting-flow-porous-media/
www.comsol.com/model/porous-reactor-with-injection-needle-25
Good luck,
Eric Favre
I'm not sure you have set-up your problem correctly. If you want to study how 2 species mix and react together in a pourous medium, the porous reactor example of the model library of the Chemical Reaction Engineering Module provides possibly some good hints.
related content :
www.comsol.com/blogs/modeling-reacting-flow-porous-media/
www.comsol.com/model/porous-reactor-with-injection-needle-25
Good luck,
Eric Favre