This volume attempts to present the current state of seismic research by focusing not only on the modeling of earthquakes and earthquake generated tsunamis, but also on practical comparisons of the resulting phenomenology. In the 1990s, major advancements in seismic research greatly added to the understanding of earthquake fault systems as complex dynamical systems. Large quantities of new and extensive remote sensing data sets provided information on the solid earth.
This volume attempts to present the current state of seismic research by focusing not only on the modeling of earthquakes and earthquake generated tsunamis, but also on practical comparisons of the resulting phenomenology. In the 1990s, major advancements in seismic research greatly added to the understanding of earthquake fault systems as complex dynamical systems. Large quantities of new and extensive remote sensing data sets provided information on the solid earth.
Introduction.- Finite Fault Modeling in a Tsunami Warning Center Context (Weinstein et al.).- Interactive visualization to advance earthquake simulation (Zhang et al.).- Modelling and visualization of tsunamis (Kellogg et al.).- Geophysical Finite Element Simulation Tool (GeoFEST) (Parker et al.).- Multiscale brittle-ductile coupling and genesis of slow earthquakes (Regenauer-Lieb et al.).- Parallel fault systems with evolving self-similar sliding zones (Dysekin).- 3-D simulation of steady plate subduction with tectonic erosion: Current crustal uplift and free-air gravity anomalies in northeast Japan (Hashimoto et al.).- Development of long-period ground motions from earthquakes within the Nankai Trough, Japan: Observations and computer simulation of the 1944 Tonankai (Mw8.1) and 2004 SE off-Kii Peninsula (Mw7.4) earthquakes (Furumura et al.).- Modeling wing crack extension: Implications to the ingredients of discrete element model (Wang et al.).- The solid earth research virtual
Earthquakes: Simulations, Sources and Tsunamis.- Finite Fault Modeling in a Tsunami Warning Center Context.- Modeling and Visualization of Tsunamis.- Geophysical Finite-Element Simulation Tool (GeoFEST): Algorithms and Validation for Quasistatic Regional Faulted Crust Problems.- Multiscale Brittle-Ductile Coupling and Genesis of Slow Earthquakes.- Parallel Fault Systems with Evolving Self-similar Sliding Zones.- 3-D Simulation of Steady Plate Subduction with Tectonic Erosion: Current Crustal Uplift and Free-Air Gravity Anomaly in Northeast Japan.- Development of Long-period Ground Motions from the Nankai Trough, Japan, Earthquakes: Observations and Computer Simulation of the 1944 Tonankai (Mw 8.1) and the 2004 SE Off-Kii Peninsula (Mw 7.4) Earthquakes.- Modeling Wing Crack Extension: Implications for the Ingredients of Discrete Element Model.- Interactive Visualization to Advance Earthquake Simulation.- The QuakeSim Project: Web Services for Managing Geophysical Data and Applications.- A New Design of Scientific Software Using Python and XML.- An Efficient System for Creating Synthetic InSAR Images from Simulations.- The Stress Accumulation Method and the Pattern Informatics Index: Complementary Approaches to Earthquake Forecasting.- The Newest Developments of Load-Unload Response Ratio (LURR).- Earthquake Trend Around Sumatra Indicated by a New Implementation of LURR Method.- Comparison Between LURR and State Vector Analysis Before Strong Earthquakes in Southern California Since 1980.- Fast Computing for LURR of Earthquake Prediction.- Complexity in Sequences of Solar Flares and Earthquakes.- Earthquakes: Recurrence and Interoccurrence Times.
Introduction.- Finite Fault Modeling in a Tsunami Warning Center Context (Weinstein et al.).- Interactive visualization to advance earthquake simulation (Zhang et al.).- Modelling and visualization of tsunamis (Kellogg et al.).- Geophysical Finite Element Simulation Tool (GeoFEST) (Parker et al.).- Multiscale brittle-ductile coupling and genesis of slow earthquakes (Regenauer-Lieb et al.).- Parallel fault systems with evolving self-similar sliding zones (Dysekin).- 3-D simulation of steady plate subduction with tectonic erosion: Current crustal uplift and free-air gravity anomalies in northeast Japan (Hashimoto et al.).- Development of long-period ground motions from earthquakes within the Nankai Trough, Japan: Observations and computer simulation of the 1944 Tonankai (Mw8.1) and 2004 SE off-Kii Peninsula (Mw7.4) earthquakes (Furumura et al.).- Modeling wing crack extension: Implications to the ingredients of discrete element model (Wang et al.).- The solid earth research virtual
Earthquakes: Simulations, Sources and Tsunamis.- Finite Fault Modeling in a Tsunami Warning Center Context.- Modeling and Visualization of Tsunamis.- Geophysical Finite-Element Simulation Tool (GeoFEST): Algorithms and Validation for Quasistatic Regional Faulted Crust Problems.- Multiscale Brittle-Ductile Coupling and Genesis of Slow Earthquakes.- Parallel Fault Systems with Evolving Self-similar Sliding Zones.- 3-D Simulation of Steady Plate Subduction with Tectonic Erosion: Current Crustal Uplift and Free-Air Gravity Anomaly in Northeast Japan.- Development of Long-period Ground Motions from the Nankai Trough, Japan, Earthquakes: Observations and Computer Simulation of the 1944 Tonankai (Mw 8.1) and the 2004 SE Off-Kii Peninsula (Mw 7.4) Earthquakes.- Modeling Wing Crack Extension: Implications for the Ingredients of Discrete Element Model.- Interactive Visualization to Advance Earthquake Simulation.- The QuakeSim Project: Web Services for Managing Geophysical Data and Applications.- A New Design of Scientific Software Using Python and XML.- An Efficient System for Creating Synthetic InSAR Images from Simulations.- The Stress Accumulation Method and the Pattern Informatics Index: Complementary Approaches to Earthquake Forecasting.- The Newest Developments of Load-Unload Response Ratio (LURR).- Earthquake Trend Around Sumatra Indicated by a New Implementation of LURR Method.- Comparison Between LURR and State Vector Analysis Before Strong Earthquakes in Southern California Since 1980.- Fast Computing for LURR of Earthquake Prediction.- Complexity in Sequences of Solar Flares and Earthquakes.- Earthquakes: Recurrence and Interoccurrence Times.
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