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QuakeCoRE: The Centre for Earthquake Resilience
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Cybershake Run Manual
Step 1: Determine the list of faults considered
Step 2: Determine the number of simulation jobs for a given fault
Step 3: Create SRFs for all realisations of the considered faults
Step 4: Generate velocity models for the considered faults
Step 5: Run input verification and core-hour estimation
Step 6: Submit simulation jobs to HPC
Estimation of core hours/run time
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QuakeCoRE: The Centre for Earthquake Resilience Home
Flagships
FP1: Ground Motion Simulation & Validation (GMSV)
Cybershake NZ
Archived CS pages
Cybershake Run Manual
Page Information
Title:
Cybershake Run Manual
Author:
Karim Tarbali
Oct 23, 2018
Last Changed by:
James Paterson
Jan 11, 2021
Tiny Link:
(useful for email)
https://wiki.canterbury.ac.nz/x/aZHGAw
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QuakeCoRE: The Centre for Earthquake Resilience (3)
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Step 1: Determine the list of faults considered
Page:
Cybershake NZ
Page:
Corrections applied to the base NHM fault file
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Archived CS pages
Children (7)
Page:
Step 1: Determine the list of faults considered
Page:
Step 2: Determine the number of simulation jobs for a given fault
Page:
Step 3: Create SRFs for all realisations of the considered faults
Page:
Step 4: Generate velocity models for the considered faults
Page:
Step 5: Run input verification and core-hour estimation
Page:
Step 6: Submit simulation jobs to HPC
Page:
Estimation of core hours/run time
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Editor
Jan 11, 2021 15:55
James Paterson
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Jan 05, 2019 04:32
Karim Tarbali
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Dec 20, 2018 15:27
Karim Tarbali
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Dec 20, 2018 15:26
Karim Tarbali
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Dec 20, 2018 10:40
Karim Tarbali
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Outgoing Links
QuakeCoRE: The Centre for Earthquake Resilience (7)
Page:
Step 5: Run input verification and core-hour estimation
Page:
Step 2: Determine the number of simulation jobs for a given fault
Page:
Step 3: Create SRFs for all realisations of the considered faults
Page:
Step 1: Determine the list of faults considered
Page:
Step 4: Generate velocity models for the considered faults
Page:
Ground motion simulation run manual (20p07)
Page:
Step 6: Submit simulation jobs to HPC
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