Hello everyone
I would like to know about the pressure and average pressure. Are there any mathematical formulae on these topics. In my simulation results I observed that average pressure better than only pressure. If there are documents or links please send to me at sajedaekram2010@gmail.com
Thank you in advanced
Difference between pressure and average pressure
- Sajeda Akter
- Posts: 44
- Joined: Sun Feb 11, 2018 3:06 am
- David Parker
- Posts: 1719
- Joined: Tue Aug 23, 2005 2:43 pm
Re: Difference between pressure and average pressure
Hi Sajeda,
Your question is a bit vague. Average pressures are calculated over the inlet / outlet faces of the model and are stored in the all_results-pressures.txt file.
Have a look here http://simvascular.github.io/docsFlowSo ... ostprocess
Cheers,
Dave
Your question is a bit vague. Average pressures are calculated over the inlet / outlet faces of the model and are stored in the all_results-pressures.txt file.
Have a look here http://simvascular.github.io/docsFlowSo ... ostprocess
Cheers,
Dave
- Sajeda Akter
- Posts: 44
- Joined: Sun Feb 11, 2018 3:06 am
Re: Difference between pressure and average pressure
Thank you David...
But in cylinder tutorial, I see the color bar (attached an image) where the lower and upper values are same i.e. 100 mmHg. Is it feasible or not?
I would like to know about the pressure and average pressure theoretical concepts. Are there any document about these topics?
Thanks again...
But in cylinder tutorial, I see the color bar (attached an image) where the lower and upper values are same i.e. 100 mmHg. Is it feasible or not?
I would like to know about the pressure and average pressure theoretical concepts. Are there any document about these topics?
Thanks again...
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- Capture.JPG (121.76 KiB) Viewed 280 times
- David Parker
- Posts: 1719
- Joined: Tue Aug 23, 2005 2:43 pm
Re: Difference between pressure and average pressure
Hi Sajeda,
The resistance boundary condition maintains the outlet pressure at 100 mmHg so the results do make sense.
Have a look at the SimVascular documentation (http://simvascular.github.io/docsFlowSolver.html). Here is a nice paper describing outflow boundary conditions (https://www.scorec.rpi.edu/REPORTS/2006-22.pdf).
Cheers,
Dave
The resistance boundary condition maintains the outlet pressure at 100 mmHg so the results do make sense.
Have a look at the SimVascular documentation (http://simvascular.github.io/docsFlowSolver.html). Here is a nice paper describing outflow boundary conditions (https://www.scorec.rpi.edu/REPORTS/2006-22.pdf).
Cheers,
Dave