Sphere definition and material groups association

Thanks a lot Wenqing and Nori!
Removing the $COMPRESSIBILITY keyword from the .MFP file made it work fine.

Best Regards,

Guillaume

···

Le lundi 3 avril 2017 07:33:08 UTC+9, Norihiro Watanabe a écrit :

maybe you should try without $COMPRESSIBILITY part in the MFP file. I
think the keyword is used only for gas phase.

On Sat, Apr 1, 2017 at 1:20 AM, Guillaume Doudou FAYE > fayd...@gmail.com wrote:

Unfortunately I am using windows. I have just retried with all input files
but it is stuck again at the same step.

Le samedi 1 avril 2017 01:15:04 UTC+9, Wenqing Wang a écrit :

It’s weired. Just tested on my machines again. Even with the debug model
executable file, running to the start of time stepping took a couple of
seconds. If you use Linux, please run dos2unix to all input files.

On 03/31/2017 05:47 PM, Guillaume Doudou FAYE wrote:

Yes I used the files in your last email. WIthout the Fluid Properties file
the simulation goes through in few minutes. But ehn the .MFP file was
included it stuck at ‘MFPRead’ for nearly 30 minutes.

Le samedi 1 avril 2017 00:24:14 UTC+9, Wenqing Wang a écrit :

Did you use the files in my last email? I have tested them with the
master in https://github.com/ufz/ogs5, and the program ran without any
problem in reading files.

For the 3rd material group of an incompressible and viscous liquid, you
can use treated as hard solid with a relatively large Youngs’ modulus.
On 03/31/2017 04:28 PM, Guillaume Doudou FAYE wrote:

I have a problem there. the 3rd material group (material ID 2 in the mesh
file) (the sphere representing a magma chamber) is an incompressible and
viscous liquid. How should I define its properties in the solid properties
files?
The Fluid properties file contains the properties for this material
group.
I tried to run the simulation. It was reading the .MFP file for 30
minutes. I stopped the computation and deleted the . MFP file from the
folder. Now it is running properly. But I guess the results will not be good
until I properly define the material groups and properties.

Thanks in advance!

Guillaume

Le vendredi 31 mars 2017 22:38:50 UTC+9, Wenqing Wang a écrit :

In Correction 3), I just copied a section of solid property from the
existing one for testing, and you have to change it according to the
definition of your example.

On 03/31/2017 03:22 PM, Wenqing Wang wrote:

Four corrections:

  1. changed all files extensions to small letters (not important).
  2. removed one domain ddc file (sequential computation with DDC increase
    computation time)
  3. added one solid property. The original file has only two solid
    properties, however the mesh has three material domains.
  4. corrected subdomain initial condition input under keyword FUNCTION,
    which takes the form:
    a+bx+cy+dz
    where any of the term can be ommited, e.g. just d
    z

Correction 3) avoid the the program crashing.

The corrected files are in the the attached zip file. Before extracting
the files, please rename the zip file extension zipp to zip.

On 03/31/2017 03:02 PM, Guillaume Doudou FAYE wrote:

Thanks a lot Christoph and Wenqing,

I will wait for the feedback.
Best Regards,
Guillaume


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Norihiro Watanabe