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Not being able to model the displacement a boundary in evaporation from water model as function of time and parameters in model
Posted 2017年2月7日 GMT-5 12:33 2 Replies
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Hi everybody,
I have been working on a model for a couple of weeks.
This model involves evaporation of water form a domain which has lower diffusivity compared to surrounding air.
As a result of evaporation, water level inside the water domain has to drop. This should happen in domain #10. But the way that the model is defined, does not allow me to drop of this boundary as a results of evaporation.
I am guessing whether or not someone has had this sort of problem.
I have been working on a model for a couple of weeks.
This model involves evaporation of water form a domain which has lower diffusivity compared to surrounding air.
As a result of evaporation, water level inside the water domain has to drop. This should happen in domain #10. But the way that the model is defined, does not allow me to drop of this boundary as a results of evaporation.
I am guessing whether or not someone has had this sort of problem.
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2 Replies Last Post 2017年2月8日 GMT-5 16:56
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Posted:
8 years ago
You did not include the geometry deformation or moving mesh physics in your model.
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Posted:
8 years ago
Hi Sohan,
Which one should I use : moving mesh or boundary deformation.
To me, I should use geometry deformation. But, here comes another question. If water domain shrinks does air domain go to those area which water were before? Or I rather ask this in this way. Does the material properties of the meshes, which were water before, change to air?
2) The second question that I have is about the air domain located above the water domain. I think as water evaporates and its corresponding boundary shrinks, the air domain and its corresponding boundary should expand? It this correct?
Thanks,
Babak
Which one should I use : moving mesh or boundary deformation.
To me, I should use geometry deformation. But, here comes another question. If water domain shrinks does air domain go to those area which water were before? Or I rather ask this in this way. Does the material properties of the meshes, which were water before, change to air?
2) The second question that I have is about the air domain located above the water domain. I think as water evaporates and its corresponding boundary shrinks, the air domain and its corresponding boundary should expand? It this correct?
Thanks,
Babak