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Hello @Rosknub, Regarding the run time, do you have access to a cluster? The mesh has about 678,720 cells, so my advice is to run the case with about 65 MPI ranks. This will accelerate the case very significantly. Regarding the validity of the results, could you please look at the results in Paraview first to make sure they make sense? This first "eye test" will be useful to figure out if something is wrong in the simulation, or if instead we should look at the hdf5 output used to generate the 2D plot. Also, please share the full simulation log so we can see if something goes wrong during the simulation. I ran this problem about 3 weeks ago and validated the results visually, but did not look at the 2D plot that you are showing. |
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reported here #2703 |
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I have a problem with the CO2 Plume Evolution and Leakage Through an Abandoned Well example.
It took a little more than two days for my computer to reach cycle 500; I don't know if that is an expected behavior, but I decided to stop GEOSX due to concern about the high temperature of my computer.
Then, I plotted the GEOS leakage rate using the source code, isothermalLeakyWellFigure.py, but unfortunately, as you can see in the figure below, it is utterly different.
My Geosx configuration is the following:
Num ranks: 1
Max threads: 20
GEOSX version: 0.2.0 (develop, sha1: 7d530bc)
Can you provide any insights into what might be causing the plot error?
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