| Working Group 1 | Microscopic Simulation (top) |
| Mizoguchi and Fukuyama
| Scaling of Fracture Energy: Laboratory Measurements by High-velocity Rotary Shear Apparatus
|
| Morgan and Guo
| The evolution of fault strength and gouge properties with shear strain: Insights from particle dynamics simulations
|
| Rundle et al.
| Nucleation and Growth of Microscopic Defects and Disorder in Rock Masses
|
| Tordesillas et al.
| On the connection between particle aspect ratio and rolling resistance (Poster)
|
| Wang and Mora
| Reproduction of 3-D wing-crack using 3-D discrete element method, Esys_Particle
|
| Working Group 2 | Scaling Physics (top) |
| Ben-Zion
| Collective Behavior of Earthquakes and Faults: Continuum-Discrete Transitions, Progressive Evolutionary Changes and Different Dynamic Regimes
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| Chen et al.
| Towards a universal rule on the recurrence interval scaling of repeating earthquake
|
| Dahmen and Ben-Zion
| A simple model of damage rheology with discrete slip patches in surrounding elastic solid
|
| Ke et al.
| Specificity and universality of catastrophic rupture
|
| Klein et al.
| Ergodicity and Forecasting
|
| Leonard
| Earthquake fault scaling: Relating fault length to width, average displacement, and moment release.
|
| Olsen-Kettle and Muhlhaus
| Mesh dependence and Slip Complexity in Earthquake Fault Models: A New Perspective
|
| Yin et al.
| The peak point of LURR and its significance
|
| Working Group 3 | Macro-scale simulation: Earthquake generation and cycles (top) |
| Bailey and Ben-Zion
| Simulations of Stress Drops for Evolving Seismicity on a Heterogeneous Fault in Elastic Half-space (Poster)
|
| Dieterich et al.
| Large- Scale Simulations of Fault System Seismicity
|
| Hashimoto et al.
| Joint Simulation of Quasi-static Stress Accumulation and Earthquake Dynamic Rupture
|
| Jiang and Wu
| PI Applied to Sichuan-Yunnan Region: Retrospective Test and Provisional Forward Forecast Experiment (Poster)
|
| Ma
| Dynamics Research on Strong Shock Gestation in Sichuan-Yunnan and Its Adjacent Regions (Poster)
|
| Olsen-Kettle et al.
| Multi-cycle Dynamics of Interacting Faults
|
| Rundle et al.
| Virtual California 2008: Topology and Dynamics
|
| Shaw
| Dynamical, Material, and Geometrical Heterogeneities in Earthquake Models
|
| Tullis and Beeler
| Multiscale Simulation of Earthquakes at Parkfield, California, Using Rate and State Friction and Fast Multipoles
|
| Ward
| ALLCAL: An Earthquake Simulator for all of California
|
| Zhou et al.
| The velocity structure of the hypocenter area of Dayao earthquake (Poster)
|
| Working Group 4 | Macro-scale simulation: Dynamic rupture and wave propagation (top) |
| Ely et al.
| Dynamic Rupture Models for the Southern San Andreas Fault
|
| Ely et al.
| A Support-Operator Method for Dynamic Earthquake Rupture Simulation
|
| Fukuyama et al.
| Modeling of the 2003 Tokachi-oki, Japan, Earthquake: Stress Accumulation, Dynamic Rupture and Ground Motions
|
| Jordan and the CME Collaboration
| High-Performance Computing for Physics-Based Seismic Hazard Analysis
|
| Kimura et al.
| Dynamic Source Modeling of the 2005 Miyagi-oki Earthquake
|
| Takemura et al.
| Frequency-dependence of the apparent S-wave radiation pattern; FDM simulations of scattering high-frequency seismic wavefield
|
| Working Group 5 | Computational environment and algorithms (top) |
| Fox and Pierce
| Web 2.0 and Earthquake Science
|
| Grant et al.
| QuakeTables: A Federated Database for Assimilation of Earthquake Data in the QuakeSim Modeling Environment
|
| Kellogg et al.
| Interactive virtual reality methods for generating and visualizing earthquake simulations
|
| Nardone et al.
| An Open-Source Program for Visualizing Simulated Earthquake Time History
|
| Parker et al.
| NASA QuakeSim finite element modeling with GeoFEST
|
| Pierce et al.
| Services and Components for the QuakeSim Project
|
| Quenette and Giordani
| A StGermain case study: adding Recovery by Equilibrium of Patches to Underworld
|
| Yenan et al.
| Toolkits for automatic web service and graphical user interface generation in the geosciences (Poster)
|
| Yoder et al.
| Warehousing Earthquake, InSAR and Hazard Data
|
| Yuen et al.
| Ubiquitous Interactive Visualization of 3-D Mantle Convection Using a Web Portal with a Java and Ajax Framework (Poster)
|
| Working Group 6 | Data assimilation and understanding (top) |
| Clark and Leonard
| Temporal clustering of surface ruptures on stable continental region faults: a conceptual model with examples from eastern and western Australia (Poster)
|
| Donnellan
| Preparing for NASA's DESDynI Mission with QuakeSim
|
| Glasscoe et al.
| Statistical analysis of earthquake event correlations in Virtual California
|
| Granat et al.
| Regional Hidden Markov Model Based Time Series Analysis Via A Web Portal Interface
|
| Matsu'ura et al.
| Modeling and Monitoring the Entire Processes of Earthquake Generation in and around Japan
|
| Nazerian
| A Guide to the QuakeSim Portal and Its Portlets
|
| Sagiya et al.
| Crustal Deformation Associated with the Earthquake Cycle along the Eastern Nankai Trough, Central Japan
|
| Shao
| The numerical simulation and discussion on mechanism of postseismic deformation after Kunlun 8.1 earthquake (Poster)
|
| Singh et al.
| Correlation of Radon anomalies in ground water and Soil-gas with seismic events in NW Himalayas, India
|
| Terakawa and Matsu'ura
| 3D Tectonic Stress Fields in and around Japan, inferred from the CMT Data Inversion
|
| Tiampo et al.
| Eigenvector decomposition of historic seismicity data
|
| Wan and Shen
| A Study on Determination of Stress Level by Seismic Stress Drops and the Stress Axis Deflections Before and After Large Earthquakes
|
| Wang and Jackson
| Are Spontaneous Earthquakes in California Stationary ?
|
| Wu et al.
| Spatial and Temporal Variation of Tectonic Stress Pattern at the Westernmost Plate Boundary in Taiwan
|
| Yang and Ben-Zion
| Comparisons between observed properties of aftershock sequences in southern California and predictions of a damage rheology model (Poster)
|
| Working Group 7 | Model applications (top) |
| Kumar et al.
| Geochemical Earthquake Precursory Studies in NW Himalayas, India (Poster)
|
| Rundle et al.
| Performance Analysis of RIPI Forecasts of California Earthquakes:
|
| Tiampo et al.
| Gravity as a proxy for strain accumulation in complex fault systems (Poster)
|
| Toya et al.
| Pattern Informatics Approach to Earthquake Forecasting in 3D (Poster)
|
| Van Aalsburg et al.
| An Update on the Status of Computing Earthquake Forecast Probabilities by Numerical Simulations using Virtual California
|
| Wan and Shen
| Seismological Evidence for the Convergence of Crustal Stress Orientations Before Large Earthquakes
|
| Wang and Mora
| The effects of pore pressure on Load-Unload Response Ratio before earthquakes: viewpoint from discrete element method
|
| Xing and Yin
| A Combined Computational Approach towards Earthquake Forecasting
|
| Yu et al.
| A probabilistic approach for earthquake potential evaluation based on the Load/Unload Response ratio method
|
| Zhang et al.
| Application of PI method to the North and Southwest China
|
| Working Group 8 | Other geoscience simulation (top) |
| Furumura and Saito
| An integrated simulation of seismic wave and tsunami propagation
|
| Hale
| Magma Flow Instabilities: Implications for Long-Period Seismicity
|
| Regenauer-Lieb et al.
| Cracking the brittle-ductile transition zone: the role of fluids
|
| Saito and Furumura
| Three-Dimensional Tsunami Generation due to the Sea-Bottom Deformation
|
| Ward
| Tsunami Simulation - Soup to Nuts
|
| Yuen et al.
| Tsunami Hazards Along the Chinese Coast from Earthquakes in Neighboring Subducting Zones |
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