Hello Lenka Nemsilová
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Posted:
1 decade ago
27.08.2014, 13:14 GMT-4
Hello Lenka,
Were you able to figure out the solution? I am having the similar situation.
Appreciate your help!
Thank you,
Suvhashis
Hello Lenka,
Were you able to figure out the solution? I am having the similar situation.
Appreciate your help!
Thank you,
Suvhashis
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
04.09.2014, 03:56 GMT-4
Hello
As far boiling is considered you can go through the tutorial
www.comsol.co.in/model/download/176245/models.cfd.boiling_water.pdf
However I am finding it hard to use the same approach (with some modifications) to model evaporation.
In another approach, to model evaporation from a fixed meniscus, I need to specify the MASS FLUX evaporating from the meniscus (not considering the THIN film region for now).
The expression for mass flux involves TEMPERATURE and PRESSURE of the meniscus (boundary), which therefore I am finding difficult to implement in comsol.
This method has been implemented in the literature.
Can anyone please guide on how to specify this condition in comsol
Outlet B.C: velocity outlet=mass flux/density
but mass flux=f(T_outlet)
Regards
Lalit
Hello
As far boiling is considered you can go through the tutorial
http://www.comsol.co.in/model/download/176245/models.cfd.boiling_water.pdf
However I am finding it hard to use the same approach (with some modifications) to model evaporation.
In another approach, to model evaporation from a fixed meniscus, I need to specify the MASS FLUX evaporating from the meniscus (not considering the THIN film region for now).
The expression for mass flux involves TEMPERATURE and PRESSURE of the meniscus (boundary), which therefore I am finding difficult to implement in comsol.
This method has been implemented in the literature.
Can anyone please guide on how to specify this condition in comsol
Outlet B.C: velocity outlet=mass flux/density
but mass flux=f(T_outlet)
Regards
Lalit