Time dependent strain following faulting of a porous medium

Keywords

Aftershock, Geology, Pore water pressure, Biot number, Poromechanics

References

• Theory of crystal dislocationsF. R. N. Nabarro — 1967
• DISPLACEMENT FUNCTIONS AND LINEAR TRANSFORMS APPLIED TO DIFFUSION THROUGH POROUS ELASTIC MEDIAJohn McNamee, R. E. Gibson — 1960
• Time‐dependent friction in rocksJames H. Dieterich — 1972
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• Aftershocks Caused by Pore Fluid Flow?Amos Nur, J. R. Booker — 1972
• An exact effective stress law for elastic deformation of rock with fluidsAmos Nur, J. D. Byerlee — 1971
• Consolidation Settlement Under a Rectangular Load DistributionM. A. Biot — 1941
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• Earthquake Prediction: Variation of Seismic Velocities before the San Francisco EarthquakeJames H. Whitcomb, Jan Garmany, Don L. Anderson — 1973
• General Theory of Three‐Dimensional ConsolidationMaurice A. Biot — 1941
• The mechanics of stick-slip☆J. D. Byerlee — 1970
• Earthquake prediction: a physical basis.Christian Scholz, Lynn R. Sykes, Yash Aggarwal — 1973
• Time‐dependent friction as a possible mechanism for aftershocksJames H. Dieterich — 1972
• Slip in a crystal and rupture in a solid due to shearA. T. Starr — 1928
• Microfractures, aftershocks, and seismicityChristian Scholz — 1968
• Dilatancy, pore fluids, and premonitory variations of ts/tp travel timesAmos Nur — 1972
• On the Time Distribution of Aftershocks Accompanying the Recent Major Earthquakes in and near JapanMogi, Kiyoo — 1962

Cited by

• On the effects of thermally weakened ductile shear zones on postseismic deformationChristopher S. Takeuchi, Yuri Fialko — 2013
• Theory of earthquakesB. T. Brady — 1975
• Propagating discontinuities in ionized porous mediaF Famke Kraaijeveld — 2009
• Theoretical studies of rupture processes in geological materialsJohn W. Rudnicki — 1981
• Physically consistent diffusion in media with memoryMichèle Caputo — 1999
• An investigation of deformation and fluid flow at subduction zones using newly developed instrumentation and finite element modelingAlison LaBonte — 2007
• Strength changes due to reservoir-induced pore pressure and stresses and application to Lake OrovilleM. L. Bell, Amos Nur — 1978
• Gravity anomaly and density structure of the San Andreas fault zoneChi‐Yuen Wang, Feng Rui, Yao Zhengsheng — 1986
• Singularity solution of Lanir’s osmoelasticity: verification of discontinuity simulations in soft tissuesJacques M. Huyghe, F Famke Kraaijeveld — 2011
• Fluid mass sources and point forces in linear elastic diffusive solidsJohn W. Rudnicki — 1986
• Deformation of spherical cavities and inclusions in fluid-infiltrated elastic materialsJ. R. Rice, John W. Rudnicki, Donald A. Simons — 1978
• Applications of Elastic Waves to Electronic Devices, Nondestructive Evaluation, and SeismologyE. A. Kraut — 1976
• Pore pressure effects in crustal processesR.J. Martin — 1979
• Postseismic stress and pore pressure readjustment and aftershock distributionsVictor C. Li, Sandra H. Seale, Tianqing Cao — 1987
• Coupled deformation-diffusion effects in the mechanics of faulting and failure of geomaterialsJW Rudnicki — 2001
• Instability on a weakening faultX. J. Shi, Chao Wang — 1984
• Brecciation processes in fault zones: Inferences from earthquake rupturingRichard H. Sibson — 1986
• Seismic waveform attributes before and after the Loma Prieta earthquake: Scattering change near the earthquake and temporal recoveryStefan Baisch, Götz Bokelmann — 2001
• Diffusion of fluids in porous media with memoryMichèle Caputo — 1999
• Strike-slip fault bridge fluid pumping mechanism: insights from field-based palaeostress analysis and numerical modellingMichal Němčok, Andreas Henk, R. A. Gayer — 2002

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