Gunnar Andersson
COMSOL Employee
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Posted:
3 years ago
2021年4月15日 GMT-4 01:02
Try the following:
- Create a copy of the Solution dataset. (Note that this is a cheap operation; it will not result in the actual FEM solution being copied.)
- Add a selection subnode to new Solution dataset and select the domains that you are interested in.
- Let the Cut Plane dataset refer to the Solution dataset that has a selection.
Try the following:
* Create a copy of the Solution dataset. (Note that this is a cheap operation; it will not result in the actual FEM solution being copied.)
* Add a selection subnode to new Solution dataset and select the domains that you are interested in.
* Let the Cut Plane dataset refer to the Solution dataset that has a selection.
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Posted:
3 years ago
2021年4月16日 GMT-4 21:44
Try the following:
- Create a copy of the Solution dataset. (Note that this is a cheap operation; it will not result in the actual FEM solution being copied.)
- Add a selection subnode to new Solution dataset and select the domains that you are interested in.
- Let the Cut Plane dataset refer to the Solution dataset that has a selection.
Hi Gunnar,
Did some more digging after that post and found the same answer on another forum thread. Worked like a charm! Appreciate the help! I also had to use a filter after that to filter some x-coordinates to single out single tubing passes (if you looked at the picture by any chance). Is there an easy way to grab the average temperature of the outer edge of this boundary after I have the filtered data set (surface)? As far as I know, it looks like I may have to create a parametric circular curve dataset and then calculate the line average over that dataset?
Best,
Joshua Smay
>Try the following:
>
>* Create a copy of the Solution dataset. (Note that this is a cheap operation; it will not result in the actual FEM solution being copied.)
>* Add a selection subnode to new Solution dataset and select the domains that you are interested in.
>* Let the Cut Plane dataset refer to the Solution dataset that has a selection.
Hi Gunnar,
Did some more digging after that post and found the same answer on another forum thread. Worked like a charm! Appreciate the help! I also had to use a filter after that to filter some x-coordinates to single out single tubing passes (if you looked at the picture by any chance). Is there an easy way to grab the average temperature of the outer edge of this boundary after I have the filtered data set (surface)? As far as I know, it looks like I may have to create a parametric circular curve dataset and then calculate the line average over that dataset?
Best,
Joshua Smay
Gunnar Andersson
COMSOL Employee
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Posted:
3 years ago
2021年4月22日 GMT-4 02:38
I'm not sure that I understand exactly what you mean with the last question but I think that the answer is no.
I'm not sure that I understand exactly what you mean with the last question but I think that the answer is no.