Difference between revisions of "Broadband Hanging Wall Simulation"
From SCECpedia
Jump to navigationJump to search| Line 6: | Line 6: | ||
*[http://hypocenter.usc.edu/research/broadband/HwFwProblem/fwhw+dir_simulation_plan-v3.pdf HangingWall Specfiications 2011] | *[http://hypocenter.usc.edu/research/broadband/HwFwProblem/fwhw+dir_simulation_plan-v3.pdf HangingWall Specfiications 2011] | ||
| − | == Computational Estimates == | + | == Computational Estimates for Hanging Wall Problem == |
| + | |||
| + | The Footwall/Hanging wall problem has been defined as a set of (1) ruptures, (2) variations for each rupture, (3) station list for each rupture, and (4) code-bases used. A useful metric is the total number of 3 component seismograms required to completed the problem. | ||
<pre> | <pre> | ||
| Line 27: | Line 29: | ||
Mw7.5: 175 * 11 = 1925 | Mw7.5: 175 * 11 = 1925 | ||
------------------ | ------------------ | ||
| − | Total: 5716 seismograms per | + | Total: 5716 seismograms per problem |
Total Seismograms = 36*5716 = 205,776 | Total Seismograms = 36*5716 = 205,776 | ||
| Line 34: | Line 36: | ||
(6.0 40 mins, 6.5 2 hrs, 7.0 8 hrs, 7.5 34 hrs) | (6.0 40 mins, 6.5 2 hrs, 7.0 8 hrs, 7.5 34 hrs) | ||
| + | |||
Mw6.0: (9*36) runs *40 mins = 216 hrs | Mw6.0: (9*36) runs *40 mins = 216 hrs | ||
Mw6.5: (9*36) runs *2 hrs = 648 hrs | Mw6.5: (9*36) runs *2 hrs = 648 hrs | ||
Revision as of 19:12, 5 October 2011
This Wiki page describes the simulations that will be performed on the Broadband Platform to investigate footwall / hanging wall and directivity effects for NGA-W2. This simulation is expected to generate 205,776 3-component seismograms.
Contents
Hanging Wall Specifications
Robert Graves has written a specification for a set of footwall and hanging wall simulation in this document.
Computational Estimates for Hanging Wall Problem
The Footwall/Hanging wall problem has been defined as a set of (1) ruptures, (2) variations for each rupture, (3) station list for each rupture, and (4) code-bases used. A useful metric is the total number of 3 component seismograms required to completed the problem.
40 Scenarios per code base 36 Code base combinations Stations in Station List by rupture ------------------- Mw6.0: 105 Mw6.5: 117 Mw7.0: 163 Mw7.5: 175 ------------------ Seismograms per run (stations * variations): Mw6.0: 105 * 9 = 945 Mw6.5: 117 * 9 = 1053 Mw7.0: 163 * 11 = 1793 Mw7.5: 175 * 11 = 1925 ------------------ Total: 5716 seismograms per problem Total Seismograms = 36*5716 = 205,776 Runtime Estimates: (6.0 40 mins, 6.5 2 hrs, 7.0 8 hrs, 7.5 34 hrs) Mw6.0: (9*36) runs *40 mins = 216 hrs Mw6.5: (9*36) runs *2 hrs = 648 hrs Mw7.0: (11*36) runs *8 hrs = 3168 hrs Mw7.5: (11*36) runs *34 hrs = 13464 hrs ------------------------------------------- Total runtime (1 core): 729 Days
