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Preface to the first edition | |
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Preface to the second edition | |
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Acknowledgments | |
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List of symbols | |
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Brittle fracture of rock | |
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Theoretical concepts | |
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Historical | |
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Griffith theory | |
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Fracture mechanics | |
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Crack models | |
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Macroscopic fracture criteria | |
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Experimental studies of rock strength | |
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Macroscopic strength | |
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Fracture energies | |
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Discussion of fracture criteria in the light of experimental results | |
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Effect of scale on strength | |
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Pore fluid effects on fracture | |
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Laws of effective stress | |
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Environmental effects on strength | |
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The brittle-plastic transition | |
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General principles | |
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The transition induced by pressure | |
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The transition induced by temperature | |
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Extrapolation to geological conditions | |
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Rock friction | |
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Theoretical concepts | |
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Historical | |
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The adhesion theory of friction | |
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Elastic contact theory of friction | |
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Other frictional interactions | |
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Experimental observations of friction | |
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General observations | |
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Effects of other variables on friction | |
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Wear | |
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Stick slip and stable sliding | |
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Introduction | |
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Rate effects on friction: the rate and state variable friction laws | |
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Frictional stability regimes | |
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Dynamics of stick slip | |
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Friction under geological conditions | |
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Mechanics of faulting | |
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Mechanical framework | |
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Anderson's theory of faulting | |
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Hubbert-Rubey theory of overthrust faulting | |
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Stress in the crust, fault reactivation, and friction | |
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The formation and growth of faults | |
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The problem of fault formation | |
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Growth and development of faults | |
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Fault interactions and fault populations | |
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Fault rocks and structures | |
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Fault rocks and deformation mechanisms | |
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Fabrics and surfaces | |
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Strength and rheology of faults | |
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A synoptic shear zone model | |
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Deep ductile shear zones: the downward continuation of faults | |
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Thermomechanical effects of faulting | |
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The debate on the strength of crustal fault zones | |
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Fault morphology and mechanical effects of heterogeneity | |
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Fault topography and morphology | |
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Mechanical effects of fault irregularities | |
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Mechanics of earthquakes | |
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Historical development | |
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Theoretical background | |
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The dynamic energy balance | |
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Dynamic shear crack propagation | |
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Simple applications to earthquake rupture | |
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Earthquake phenomenology | |
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Quantification of earthquakes | |
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Earthquake scaling relations | |
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Observations of earthquakes | |
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Case studies | |
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Earthquake sequences | |
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Compound earthquakes: Clustering and migration | |
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Mechanics of earthquake interactions | |
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Coulomb stress loading | |
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Mechanisms for the time delay | |
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The seismic cycle | |
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Historical | |
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The crustal deformation cycle | |
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Geodetic observations of strain accumulation | |
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Models of strain accumulation | |
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Postseismic phenomena | |
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The earthquake cycle | |
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Earthquake recurrence | |
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Geological observations of recurrence times | |
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Recurrence estimation with insufficient data | |
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Seismicity changes during the loading cycle | |
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The question of earthquake periodicity | |
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Earthquake recurrence models | |
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Seismotectonics | |
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Introduction | |
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Seismotectonic analysis | |
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Qualitative analysis | |
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Quantitative analysis | |
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Comparative seismotectonics | |
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Subduction zone seismicity | |
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Oceanic earthquakes | |
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Continental extensional regimes | |
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Intraplate earthquakes | |
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Mechanism of deep earthquakes | |
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Slow and tsunamigenic earthquakes | |
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The relative role of seismic and aseismic faulting | |
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Aseismic slip | |
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Seismic coupling of subduction zones | |
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Induced seismicity | |
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Some examples | |
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Mechanisms of reservoir-induced seismicity | |
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Mining-induced seismicity | |
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Induced seismicity as a stress gauge | |
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Earthquake prediction and hazard analysis | |
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Introduction | |
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Historical | |
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Types of earthquake prediction | |
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Is earthquake prediction possible? | |
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Precursory phenomena | |
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Preinstrumental observations | |
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Intermediate-term precursors | |
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Short-term precursors | |
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Mechanisms of precursory phenomena | |
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Nucleation models | |
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Dilatancy models | |
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Lithospheric loading models | |
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Critical point theory | |
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Comparison of models and observations | |
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Earthquake prediction experiments | |
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Earthquake hazard analysis | |
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Traditional methods | |
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Long-term hazard analysis | |
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Analysis of instantaneous hazard | |
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Future prospects and problems | |
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References | |
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Index | |