| Author | Title | View | ||||
| WG1: Microscopic Simulation | ||||||
| Session 1.1: Modelling the micro physics underlying earthquake nucleation processes and rupture | ||||||
| Session Summary | Postscript | |||||
| KeYin Peng, XiangChu Yin, HaiTao Wang, YongXian Zhang | An experimental investigation and numerical simulation on the damage process of rock specimen (Joint with 3.2) |
Postscript | ||||
| David Place and Peter Mora | Modelling rock grain interactions at a meso-scale to study the micro and macro-physics of rocks: simplicity vs. complexity | Postscript | ||||
| Hide Sakaguchi and Hans-B. Mühlhaus | Hybrid Modelling of Coupled Pore Fluid-Solid Deformation Problems (Joint with 3.2) |
Postscript | ||||
| F.J. Ke ,M. F. Xie and Y. L. Bai | Evolution Induced Catastrophe of Material Failure (Joint with 5.1) |
short introduction (Postscript) full abstract available in print at the Workshop | ||||
| Y. L. Bai, H. L. Li, M. F. Xia and F.J. Ke | Damage Localization as Possible Mechanism Underlying Earthquake | short introduction (Postscript) full abstract available in print at the Workshop | ||||
| Session 1.2: Frictional behaviour of rocks, gouge layers and complex fault zones: simulation, observation and scaling | ||||||
| Session Summary | Postscript | |||||
| Peter Mora, David Place, Steffen Abe, Dion Weatherley and Therese Keane | The Lattice Solid Model: towards a realistic simulation model for earthquake micro-physics and the development of a virtual laboratory for the earthquake cycle | Postscript 18MB compressed(gzip) 1.2MB | ||||
| Hideo Aochi and Mitsuhiro Matsu'ura | Evolution of contacting rock surfaces and a slip- and time-dependent fault constitutive law | Postscript | ||||
| Mitiyasu Ohnaka | The shear rupture nucleation: Horizons broadened by high-resolution laboratory experiments | Postscript | ||||
| Chris Marone | Static Friction, Healing, and Constitutive Laws for Time- and Slip-Dependent Friction | Postscript | ||||
| James H. Dieterich | Observations of micro-mechanical processes during frictional slip | Postscript | ||||
| Mengfen Xia, Jie Bai, Fujiu Ke and Yilong Bai | Sample-Specificity and Predictability of Material Failure | short introduction (Postscript) full abstract available in print at the Workshop | ||||
| WG2: Macroscopic Simulation | ||||||
| Session 2.1: Physical Modelling and Simulation of the Earthquake Cycle | ||||||
| Session Summary | Postscript | |||||
| Donald L. Turcotte | The Physics of Earthquakes - Is it a Statistical Problem | Postscript , Jpeg | ||||
| Toshinori Sato and Mitsuhiro Matsu'ura | Modelling stress accumulation and crustal deformation associated with earthquake cycles at plate boundaries (Joint eith 3,1) |
Postscript | ||||
| Naoshi Hirata, Takaya Iwasaki, Hideo Aochi and Mitsuhiro Matsu'ura | Modeling of Plate Boundaries and Intra-arc Active Fault Systems in and around Japanese Islands | Postscript | ||||
| Chihiro Hashimoto and Mitsuhiro Matsu'ura | Physical modelling of tectonic loading processes at transcurrent plate boundaries (Joint with 3.1) |
Postscript | ||||
| Shoichi Yoshioka | Three-dimensional numerical simulation of displacement and stress fields after the 1944 Tonankai and the 1946 Nankai earthquakes | Postscript | ||||
| Kelin Wang | Loading a subduction fault in earthquake cycles (Joint with 3.1) |
Postscript | ||||
| Session 2.2: Simulation of earthquake rupture, seismic wave propagation and strong motion | ||||||
| Session Summary | Postscript | |||||
| Takashi Furumura | Pseudospectral simulation of seismic wave propagation (Joint with 3.1) |
Postscript 4.7MB | ||||
| Takashi Miyatake and Tomohiro Inoue | Simulation of earthquake rupture process and strong ground motion (Joint with 3.1) |
Postscript | ||||
| Hideo Aochi, Eiichi Fukuyama and Mitsuhiro Matsu'ura | An Expression of Stress Field in 3D Elastic Medium Using Boundary Integral Equation Method (Joint with 3.1) |
Postscript | ||||
| Eiichi Fukuyama and Raul Madariaga | Dynamic Rupture Front Interaction on 3D Planar Fault (Joint with 3.1) |
Postscript 4.0MB | ||||
| Stefan B. Nielsen, Jean Carlson and Kim B. Olsen | Sensitivity of 3D rupture dynamics to fault geometry and friction parameters (Joint with 3.1) |
Postscript | ||||
| Kim B. Olsen and Raul Madariaga | 3-D rupture dynamics with kinematic constraints: the 1992 Landers earthquake | Postscript 6.0MB compressed(gzip) 400kB | ||||
| Yongen Cai Ren Wang | Numerical Simulation of Dynamic Process of Earthquake (Joint with 3.1) |
Postscript | ||||
| Raul Madariaga and Kim B. Olsen | Rupture Dynamics in 3-D | Postscript | ||||
| Session 2.3: Simulation and Observations of Complex Interacting Fault Systems | ||||||
| Session Summary | Postscript | |||||
| John B. Rundle, Tom Henyey, J.-Bernard Minster, and Geoffrey Fox | General Earthquake Models | Postscript | ||||
| Chunsheng Lu and David Vere-Jones | Linked stress release model for spatio-temporal seismicity | Postscript | ||||
| Steven C. Jaume | Stress Transfer, Dynamic Triggering, and Stress Correlations: How Earthquake Occurrence Effects The Timing and Slip of Subsequent Earthquakes | Postscript | ||||
| Michael L. Blanpied, Joan Gornberg, Nicolas M. Beeler, James H. Dieterich, and Brian D. Kilgore, Paul Bodin | Effect of stress history on earthquake timing | Postscript | ||||
| Naoyuki Kato and Tomowo Hirasawa | Effect of an outer-rise earthquake on seismic cycle of large intraplate earthquakes estimated from an instability model based on friction mechanics (Joint with 3.1) |
Postscript | ||||
| WG3: Computational Methods/Algorithms | ||||||
| Session 3.1: Macroscopic methods (FEM, FD, PS, SE) of earthquake faulting and waves | ||||||
| Session Summary | Postscript | |||||
| Z. Guo, A. Makinouchi and T.Fujimoto | FEM Simulation of Dynamic Sliding of Faults Connecting Static Deformation Process to Dynamic Process | Postscript 4.8MB | ||||
| Kazuro Hirahara | Quasi-static simulation of seismic cycle of great inter-plate earthquakes following a friction law in laterally heterogeneous viscoelastic medium under gravitation - FEM Approach | Postscript | Kazuteru Garatani | Feasibility Study of GeoFEM for Solving 100 Million DOF Problems | Postscript | |
| Mikio Iizuka | Nonlinear Structural Subsystem of GeoFEM for Fault Zone Analysis | Postscript | ||||
| Genki Yagawa, Hiroshi Okuda and Hisashi Nakamura | Development of High-Performance Parallel Finite Element System for Solid Earth - GeoFEM Project | Postscript | ||||
| Kengo Nakajima | Convergence Acceleration Method of Large-Scale Parallel Iterative Solvers for Heterogeneous Properties | Postscript | ||||
| Dimitri Komatitsch, Christophe Barnes, Jeroen Tromp | A spectral element method for wave propagation simulation near a fluid-solid interface | Postscript 10.7MB compressed(gzip) 1.8MB | ||||
| Jacobo Bielak and Omar Ghattas | Computational Challenges in Seismology | Postscript | ||||
| Session 3.2: Particle-based methods (LS, Distinct Element, MD) to simulate fault microphysics | ||||||
| Session Summary | Postscript | |||||
| David Place and Peter Mora | A lattice solid model to simulate the micro-physics of earthquakes: towards 3D large scale simulations | Postscript | ||||
| YuCang Wang, XiangChu Yin, Xue-Zhong Chen, KeYin Peng, and ZiPing Song | Simulation of Rock Failure and Earthquake Process on Meso-scopic Scale | Postscript | ||||
| WG4: Data Assimilation | ||||||
| Session 4.1: Inversion and assimilation of geodetic data | ||||||
| Session Summary | Postscript | |||||
| Andrea Donnellan, Gregory Lyzenga, Don Argus, Gilles Peltzer, Jay Parker, Frank Webb, Mike Heflin, and James Zumberge | Use of GPS and InSAR technology and its further development in earthquake modeling | Postscript | ||||
| Mitsuhiro Matsu'ura, Akira Nishitani and Yukitoshi Fukahata | Slip history during one earthquake cycle at the Nankai subduction zone, inferred from the inversion analysis of levelling data with a viscoelastic slip response function | Postscript | ||||
| Takeshi Sagiya | Continous GPS Array of Japan and its Application to Crustal Activity Modeling | Postscript | ||||
| Peng Cheng Liu and Ralph J. Archuleta | Nonlinear Inversion for Earthquake Rupture Parameters | Postscript | ||||
| Jean-Bernard Minster and Michael Watkins | Data Assimilation and Options in Earthquake Modeling | Postscript | ||||
| Session 4.2: Physical scale dependencies, observed scaling relations and simulation | ||||||
| Session Summary | Postscript | |||||
| Mitiyasu Ohnaka | A Unified Comprehension for Fracture of Intact Rock, Frictional Slip Failure, and Earthquake Rupture, and Scaling of Scale-Dependent Physical Quantities Inherent in the Rupture (Joint with 1.2) |
Postscript | ||||
| Yoshihiro Fujii and Mitsuhiro Matsu'ura | Regional difference in scaling laws for large earthquakes and its tectonic implication | Postscript | ||||
| Keiiti Aki | Scale dependence in earthquake processes and seismogenic structures | Postscript | ||||
| Bruce Shaw | Constraining the Physics of Earthquakes with Observations | Postscript | ||||
| L. Knopoff and M.W.Lee | The Self-Organization of Aftershocks | Postscript | ||||
| James H. Dieterich | Earthquake nucleation and its relationship to earthquake clustering | Postscript | ||||
| WG5: Model Applications | ||||||
| Session 5.1: General session for earthquake forecasting and hazard quantification | ||||||
| Session Summary | Postscript | |||||
| Zhou Shengkui, Wang Chengmin and Ma Li | Application of Artificial Intelligence in Earthquake Forecasting | Postscript | ||||
| XiangChu Yin, XueZhong Cheng, YuCang Wang, HaiTao Wang, KeYin Peng, Yongxian Zhang and JianCang Zhuang | Development of A New Approach for Earthquake Prediction--Load/Unload Response Ratio | Postscript | Ma Li, Zhu Lieyuan and Shi Yaolin | Attempts at using seismicity indicators for the prediction of large earthquakes by Genetic Algorithm-Neural Network method | Postscript | |
| Akio Yoshida and Kohji Hosono | Evaluation of spatio-temporal seismicity change | Postscript | ||||
| David D. Jackson and Yan Kagan | Global Earthquake Potential, 1999 | Postscript | ||||
| Jean-Bernard Minster and Nadya Williams | Systematic Global Testing of Intermediate-Term Earthquake Prediction Algorithms | Postscript | ||||
| Peter Mora and David Place | Accelerating energy release prior to large events in simulated earthquake cycles: implications for earthquake forecasting | Postscript 4.5MB compressed(gzip) 1.2MB | ||||
| Michael Winter, Steven Jaume and Russell Cuthbertson | Determination of site-response and attenuation in Brisbane, Australia | HTML | ||||
| Kevin McCue | The Cause of Australian Intraplate Tectonism | Postscript | ||||
| Fabien Coutel and Peter Mora | Site amplification quantification through simulation of ground motion | Postscript | ||||