[CIG-SHORT] Reverse-Slip (no gravity) benchmark

[Greg Lyzenga]

Hi Everybody:
   I've completed GeoFEST runs of the first reverse-slip benchmark  
problem.  The output files (as described in detail below) will be  
found here:  http://www.physics.hmc.edu/GL/workshop/
If Luis is a subscribed member of this list, then he can get these  
directly; if he is not, please give me his email address so I can  
send this information to him.

There are four different runs posted here:

bmrsnog_1kmA.out - 0.05 yr time step, 1.0 implicit parameter, 10^-7  
solver convergence criterion.
CPU time: 6634 s. on 1.25 GHz G4 Powerbook; 226 MB memory used

bmrsnog_1kmB.out - 0.10 yr time step, 1.0 implicit parameter, 10^-7  
solver convergence criterion.
CPU time: 3342 s. on 1.25 GHz G4 Powerbook; 226 MB memory used

bmrsnog_1kmC.out - 0.10 yr time step, 0.5 implicit parameter, 10^-7  
solver convergence criterion.
CPU time: 3342 s. on 1.25 GHz G4 Powerbook; 226 MB memory used

bmrsnog_1kmD.out - 0.10 yr time step, 1.0 implicit parameter, 10^-9  
solver convergence criterion.
CPU time: 4002 s. on 1.25 GHz G4 Powerbook; 226 MB memory used

The mesh coordinates and connectivity are identical to Charles'  
PyLith input; for completeness I have also posted those mesh files at  
the above web site in the files (their original names and formats)  
bmrsnog_1000m.coord and bmrsnog_1000m.connect

Let me know if I need to post any further information, or whether  
there are any other variations on this problem I should try to perform.

                          - Greg

-------------------------------------
Gregory A. Lyzenga  <lyzenga at hmc.edu>           ***     (909) 621-8378
Dept. of Physics, Harvey Mudd College           *** fax (909) 621-8887
Claremont, CA 91711-5990
<http://www.physics.hmc.edu/faculty/Lyzenga/>


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