March 2017 SCEC Rupture Dynamics Code Validation Workshop
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1 Presentation for March 1, 2017 SCEC Boardroom Los Angeles, CA March 2017 SCEC Rupture Dynamics Code Validation Workshop Ruth A. Harris (U.S. Geological Survey) Ralph J. Archuleta (UC Santa Barbara)
2 INTRODUCTION Welcome! Thank you very much to Tran for making our workshops happen! Thank you very much to Michael and Shuo for their work on the benchmark! Winter Gold Star Modelers KHURRAM ASLAM / ERIC DAUB, KANGCHEN BAI, MICHAEL BARALL, SAM BYDLON / KYLE WITHERS, DUNYU LIU, SHUO MA, DANIEL ROTEN, THOMAS ULRICH, ZHENGUO ZHANG
3 Plans for this workshop *See a quick overview of our group s activities to date *Introduce ourselves *Learn about exciting research frontiers *Meet a newly updated code in our group *Examine results from the newest benchmark, TPV35 *Learn about the Kaikoura earthquake *Discuss how our group should move forward with code validation
4 What our Group Does: We Test Computer Codes Used to Simulate Earthquakes Failure Criterion what we re testing Computer Codes that Simulate Earthquakes as Spontaneous Ruptures how we do the test: we compare these results Please see our website
5 Goal of our Code Group Compare and validate the computational methods currently used by SCEC and USGS scientists to simulate (spontaneous) earthquake rupture dynamics and the resulting ground motion Some Specific Objectives Understand if our methods are producing the same results when using the same assumptions about friction, crustal structure, fault geometry, etc. Funding This project receives funding from SCEC, the USGS, and PG&E
6 Code Comparison Strategy Start simply Spontaneous rupture on a vertical strike-slip fault set in a homogeneous (materials) elastic Fullspace homogeneous initial stresses slip-weakening friction Some Results
7 Code Comparison Benchmarks Incrementally add complexity TPV3 TPV5, 205 TPV4 TPV6-7 Slip-weakening friction TPV8 TPV9 TPV10, 210, 11 TPV12 TPV13 Slip-weakening friction TPV101 TPV102 Rate-state friction using an ageing law TPV14-15, 18-21, 24, 25 TPV16-17 TPV103 TPV104 Rate-state friction using a slip law with strong rateweakening TPV22-23 TPV105-2D Thermal pressurization, rate-state friction, slip-law, strong rate-weakening TPV26-27 TPV28 Right Hill 20 km 10 km 20 km 7.5 km 15 km 15 km 40 km Slip-weakening friction 18 km 10.5 km 10.5 km 36 km Left Hill Elastic, Viscoplastic Slightly Rough Fault
8 Code Comparison Strategy Incrementally adding complexity: fault roughness, layered velocity structure Rupture on a rough vertical strike-slip fault set in a homogeneous material elastic/viscoplastic halfspace, Slip-weakening friction Rupture on a vertical planar strike-slip fault set in an elastic, 1D discontinuous and 1D continuous horizontally-layered velocity structure, Slip-weakening friction Rough Fault z Fault z 10 km x 20 km z = 0 km 7.5 km y x 15 km z = 0 km 20 km 15 km y 15 km 40 km 30 km Hypocenter Hypocenter TPV29, 30 Elastic, viscoplastic TPV31, 32 Discontinuous, Continuous Winter BENCHMARKS
9 Code Comparison Strategy Incrementally adding complexity: vertically layered velocity structure, CVM-H Rupture on a vertical planar strike-slip fault set in a 1D vertically-layered material structure (low-velocity fault zone), elastic halfspace, Slip-weakening friction Rupture on a vertical planar strike-slip fault set in a 3D CVM-H-ish near Imperial Valley material structure, elastic halfspace, Slip-weakening friction Fault z Fault z 10 km 6 km 6 km y 4 km x z = 0 km 15 km 7.5 km y x 15 km z = 0 km 16 km 30 km Hypocenter Hypocenter TPV33 TPV34 Winter BENCHMARKS
10 Code Comparison Strategy, Aiming Towards Validation Real Earthquake: 2004 Parkfield M6.0 Rupture on a vertical planar strike-slip fault set in a 3D-ish velocity structure, Elastic, Slip-weakening friction TPV35 Ma et al., JGR 2008, Figs. 10, 4 Winter BENCHMARK
11 2015 Barall Metrics SRL article Barall, M., and R.A. Harris, Metrics for comparing dynamic earthquake rupture simulations, Seismological Research Letters, vol. 86, , Our group 2011 SRL article Harris, R.A., M. Barall, D.J. Andrews, B. Duan, S. Ma, E.M. Dunham, A.-A. Gabriel, Y. Kaneko, Y. Kase, B.T. Aagaard, D.D. Oglesby, J.-P. Ampuero, T.C. Hanks, and N. Abrahamson, Verifying a Computational Method for Predicting Extreme Ground Motion, Seismological Research Letters, vol. 82, , Our group 2009 SRL article Harris, R.A., M. Barall, R. Archuleta, B. Aagaard, J.-P. Ampuero, H. Bhat, V. Cruz-Atienza, L. Dalguer, P. Dawson, S. Day, B. Duan, E. Dunham, G. Ely, Y. Kaneko, Y. Kase, N. Lapusta, Y. Liu, S. Ma, D. Oglesby, K. Olsen, A. Pitarka, S. Song, and E. Templeton, The SCEC/USGS Dynamic Earthquake-Rupture Code Verification Exercise, Seismological Research Letters, vol. 80, , links available on our website
12 SCEC Rupture Dynamics Code Validation Workshop Wednesday March 1, 2017 SCEC, Los Angeles, CA 10:00 Introduction to the workshop Ruth Harris 10:20 Unraveling earthquake dynamics with SeisSol: Betsy Madden Megathrust ruptures, off-fault plasticity and rough faults 10:50 Meet a newly updated code - PyLith Brad Aagaard 11:20 Parkfield Model 1 Arben Pitarka 11:50 Parkfield Model 2 Shuo Ma 12:20 Lunch 13:30 Parkfield benchmark results Michael Barall 14:15 Seismogenic zone depth control on the likelihood of Kangchen Bai fault stepover jumps 14:45 Break 15:15 Complex rupture process during the 2016 M7.8 Yoshi Kaneko Kaikoura (New Zealand) earthquake 15:45 Group Discussion: code validation All 17:30 Adjourn
13
14 Plans for the rest of this year (SCEC2017 Funded Proposal) *Spontaneous Rupture Code Validation
Final Report. Submitted by Ruth Harris to SCEC March 27, 2017
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