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A Preview of the AIR Typhoon Models for Southeast Asia

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A Preview of the AIR Typhoon Models for Southeast Asia A Preview of the AIR Earthquake Models for Southeast Asia Apoorv Dabral, Ph.D., Elliot Klein, Ph.D., Mesut Turel, Ph.D. CONFIDENTIAL ©2016 AIR WORLDWIDE 1 Some of the Major Earthquakes Affecting Southeast Asia - 1999 Chi-Chi Earthquake • Significant losses • Best recorded data - 2004 Banda Aceh • Tsunami • Multiple countries affected - 2013 Bohol Earthquake • Recent earthquake • Impacted population center CONFIDENTIAL ©2016 AIR WORLDWIDE 2 In 2016, the AIR Earthquake Models for Southeast Asia Are Being Updated and Expanded - Updated Countries • Taiwan • Philippines • Indonesia - Added territories • Hong Kong • Macau • Vietnam • Singapore • Thailand • Brunei • Malaysia CONFIDENTIAL ©2016 AIR WORLDWIDE 3 The Southeast Asia Earthquake Models Will Include Significant Hazard Updates - Additional seismicity data - New regional hazard and seismic zonation studies - Vast amount of new GPS data and a new global strain-rate model - New GMPEs - High-resolution soil maps and other regional site characteristics - Explicit liquefaction modelling - Tsunami modelling for Indonesia, the Philippines, and Taiwan Shoreline of Banda Aceh, Indonesia, shortly after the 2004 Indian Ocean tsunami CONFIDENTIAL ©2016 AIR WORLDWIDE 4 The Updated Earthquake Models for Southeast Asia Provide the Capability to Assess a Wide Variety of Risk Types - Conventional buildings, contents, and business interruption - Infrastructure - Marine cargo and hull - Large industrial facilities - CAR / EAR - General auto - 2-wheeled vehicles - Warehouses 5 CONFIDENTIAL ©2016 AIR WORLDWIDE Upcoming AIR Events Will Feature More Comprehensive Model Details Philadelphia 6–8 April June and August • Singapore – 16 June • Vietnam – 28 June • Philippines – 21 June • Beijing – 30 August • Indonesia – 23 June • Taiwan – 1 September CONFIDENTIAL ©2016 AIR WORLDWIDE 6 Agenda • New hazard modelling: data and methods • New vulnerability modelling: data and methods • Model validation: component-level and loss estimation Equivalent Working Years 8 34 research staff 7 6 22 PhD holders 5 4 3 17 equivalent working years 2 1 10 modelled territories 0 Hazard Vulnerability Exposure 7 CONFIDENTIAL ©2016 AIR WORLDWIDE Hazard Module Updates Elliot Klein, Ph.D. CONFIDENTIAL ©2016 AIR WORLDWIDE 8 Southeast Asia Is One of the Most Seismically Active Regions of the World 2002 M7.1 India Plate Sunda Plate Hualien 1999 M7.6 Chi-Chi Philippines 1990 M7.7 India Luzon Plate Event with Detailed Loss Data Plate Pacific Plate Updated 2004 M9.3 Sumatra-India Regions Ocean 2013 M7.1 Bohol Expanded Sunda Plate Model Touchstone Photograph: Rein Skullerud/WFP Only Sumatra-Andaman “Boxing Day” Earthquake 2004 M9.3 Earthquake Length: 1,350 km 2007 M8.5 Width: 160 – 200 km Bengkulu Average Displacement: ~ 12.8 m Australia 2006 M6.3 Plate Yogyakarta CONFIDENTIAL ©2016 AIR WORLDWIDE 9 The Model Incorporates Data from Subduction Zones… • Philippines Great • Indonesia Earthquakes Depths <= 15 km CONFIDENTIAL ©2016 AIR WORLDWIDE 10 …As well as Data from Shallow Earthquakes • Philippines Historical • Indonesia Earthquakes Depths <= 15 km CONFIDENTIAL ©2016 AIR WORLDWIDE 11 The Model Incorporates Historical Data from Taiwan… Historical • Taiwan Earthquakes Depths <= 15 km CONFIDENTIAL ©2016 AIR WORLDWIDE 12 …As well as Thailand and Vietnam… • Thailand Historical Earthquakes • Vietnam 2014 Mae Lao, M6, Thailand 1983 Tuan Giao, M6.8, Vietnam Depths <= 15 km CONFIDENTIAL ©2016 AIR WORLDWIDE 13 …And Hong Kong and Macau… • Hong Kong Historical Earthquakes • Macau Depths <= 15 km CONFIDENTIAL ©2016 AIR WORLDWIDE 14 Singapore and Malaysia Have No Record of Large Earthquake Occurrences … Great • Singapore Earthquakes • Malaysia CONFIDENTIAL ©2016 AIR WORLDWIDE 15 Brunei Has Not Experienced Any Strong Earthquakes • Brunei Historic Earthquakes 6.1 M 12/20/2015 North Kalimantan CONFIDENTIAL ©2016 AIR WORLDWIDE 16 Key Catalogue Seismicity Improvements Model Update Existing Model Modelled 10 3 Territories Duration 684 to 2014 1800 - 2002, mainly 1900-2002 Historic All major global and local catalogue Source GSHAP and PDE Catalogue sources Magnitude Developed new regression equations Relied on original sources Active Faults 150 + 32 GPS Data 2,000 + 420 Deep Source zone based Not source zone based seismicity Benioff Zone contouring No Benioff Zone contouring Modelling Time Y N Procedure dependent Peer Review Y N CONFIDENTIAL ©2016 AIR WORLDWIDE 17 The History of Past Events Is Critical to Characterizing Seismic Hazard Catalogue Sources - Global Earthquake Model (GEM) Historic and Instrumental - International Seismological Centre (ISC) bulletin - Global CMT - USGS Centennial - ANSS - Central Weather Bureau of Taiwan - Taiwan BATS - Vietnam local catalog - Chinese Historic catalog from IG, CEA - Bautista and Oike (2000) – Philippines historic - Ng et al. (2008) Taiwan historic Comprehensive unified catalogue: 120,000+ events with homogenized moment magnitude, Mw ≥4.5 CONFIDENTIAL ©2016 AIR WORLDWIDE 18 The Number of Modelled Active Faults Increased Significantly Faults in Taiwan Existing Model 7 (old) 50+ (new) Faults in Vietnam Philippines Model Update 6 (new) 10 (old) Thailand 40 (new) 19 (new) Indonesia 15 (old) 61 (new) CONFIDENTIAL ©2016 AIR WORLDWIDE 19 The Number of Modeled Active Faults Increased Significantly References: • Central Geological Survey, 2015 • Cheng, 2002 • Cheng et al., 2007 • Cheng et al., 2010 • Lee ,1999 • Rau et al., 2008 • Shyu ,1999 • Simoes et al., 2007 • Simoes et al., 2008 • Yen et al., 2008 • USGS Slab 1.0 CONFIDENTIAL ©2016 AIR WORLDWIDE 20 The Number of GPS Observations Has More than Tripled, Providing Better Constraints on Long-Term Moment Rates Philippines Pacific India Plate Plate Plate Sunda Plate Australia Plate CONFIDENTIAL ©2016 AIR WORLDWIDE 21 Kinematic Models Constrain Seismic Moment Rates CONFIDENTIAL ©2016 AIR WORLDWIDE 22 Significantly More GPS Data Was Available for Southern Taiwan New Model Existing Model Data Data CONFIDENTIAL ©2016 AIR WORLDWIDE 23 Stochastic Event Generation Is Based on the Latest Data Sources and Knowledge • Historical earthquake - We integrate historical catalog data earthquakes, fault parameters, and GPS data to constrain the • Fault slip rates • GPS strain rates Seismic moment rate magnitude-rate in a seismic (Seismic budget) source zone. • Historical earthquake catalog • Fault slip rates Characteristic earthquakes Background seismicity on • GPS data on known faults unknown faults and major fault systems Characteristic Shallow Events Events Cumulative Cumulative Rate Magnitude Seismic Source Zone Model Deep Events CONFIDENTIAL ©2016 AIR WORLDWIDE 24 Magnitude-Rate Distributions Have Been Validated historical seismicity time-independent simulated seismicity CONFIDENTIAL ©2016 AIR WORLDWIDE 25 Time-Dependency Was Applied to Some Major Subduction Zone and Crustal Faults An example of contrast in time-dependent probability for subductionSumatra / Andaman zone rupturesSea Subduction. Zone - 1000 - 2004 Time Dependent Probability Time Independent AndamanSumatra Sea Subduction-Andaman Zone - North - 555 - 2004 Probability Sea Subduction Zone Andaman Sea Subduction Zone / N. Sumatra - 200 - 2004 Last Great Earthquake, 2004 Java Trench, West - 400 - 1780 Java TrenchJava Trench, East - 350 - 1750 Java Trench, Central - 280 - 1750 Last Great Earthquakes, 1750 - 1780 0 0.05 0.1 0.15 0.2 0.25 CONFIDENTIAL ©2016 AIR WORLDWIDE 26 Key Intensity Modelling Improvements Updated Model Existing Model Crustal NGA-west2, Taiwan local 1997 GMPE series Subduction GMPE developed after 2000 GMPE developed before 2002 GMPE zone Amplification NGA1 and NGA2 NEHRP New large-scale Geological maps, Detailed microzonation studies for major Far less V 30 map for validation Soil s cities (Jakarta, Manila, and Taipei), Vs 30 No geotechnical data for validation, base Data map map at 3 km CONFIDENTIAL ©2016 AIR WORLDWIDE 27 Latest Ground Motion Prediction Equations (GMPE) Are Being Used Active Shallow Crustal Earthquakes (NGA-West2 GMPEs) Abrahamson et al., 2014 (0.22) Boore et al., 2014 (0.22) Campbell and Bozorgnia 2014 (0.22) Chiou and Youngs 2014 (0.22) Idriss 2014 (0.12) Interface Subduction Zone Addo et al., 2012 (0.3) Atkinson and Boore, 2003 (0.1) 1.0 Zhao et al., 2006 (0.3) Atkinson and Macias, 2009 (0.3) 0.1 Inslab Subduction Earthquakes Mw 9.0 Addo et al., 2012 (1/3) g 0.3,Sa 0.01 8.5 Zhao et al., 2006 (1/3) 8.0 Atkinson and Boore, 2003 (Global and Cascadia) (1/3) 7.5 For Taiwan: Local GMPEs of Lin et al., 2008 (subduction), 0.001 10 100 1000 10000 and Lin et al., 2011 (crustal) GMPEs (0.2) Distance, km CONFIDENTIAL ©2016 AIR WORLDWIDE 28 Soil Maps Have Received a Comprehensive Update… • Regional geological maps with higher resolution • New soil maps developed for Hong Kong, Macau, Malaysia, Singapore, Thailand, and Vietnam • Detailed microzonation studies for major cities (Jakarta, Manila, and Taipei) • Topographic-slope maps as a proxy soil maps for Indonesia, Philippines, part of Malaysia, and Brunei 2004 2015 CONFIDENTIAL ©2016 AIR WORLDWIDE 29 …And Have Been Validated Using NGA-2 Data Comparison between soil classification of AIR model and soil types estimated from preferred Vs30 listed in NGA-2 database 2015 CONFIDENTIAL ©2016 AIR WORLDWIDE 30 Soil Maps Have Been Updated for Major Metropolitan Areas (e.g., Manila) 2004 2015 Utilizing the microzonation studies of Grutas (2012) and the Metropolitan Manila Earthquake Impact Reduction Study (2003) CONFIDENTIAL ©2016 AIR WORLDWIDE 31 Amplification Is Significant in Soft Soils for Long Period Waves Long Period Waves (SA 1.0) Amplification
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