1. Introduction

   • Chris J. Marone
   • Michael L. Blanpied

   EditorialNotes Pages: 413 - 416

2. Dynamic faulting under rate-dependent friction

   • Alain Cochard
   • Raúl Madariaga

   Earthquake Source Mechanics and Fracture Mechanics: Theory and Observation Pages: 419 - 445

3. Velocity weakening in a dynamical model of friction

   • Dmitri Pisarenko
   • Peter Mora

   Earthquake Source Mechanics and Fracture Mechanics: Theory and Observation Pages: 447 - 466

4. Some comparisons between mining-induced and laboratory earthquakes

   • A. McGarr

   Earthquake Source Mechanics and Fracture Mechanics: Theory and Observation Pages: 467 - 489

5. Statistical physics of fault patterns self-organized by repeated earthquakes

   • D. Sornette
   • P. Miltenberger
   • C. Vanneste

   Earthquake Source Mechanics and Fracture Mechanics: Theory and Observation Pages: 491 - 527

6. Self-organised criticality and fluid-rock interactions in the brittle field

   • Ian G. Main
   • Jeremy R. Henderson
   • Peter R. Sammonds

   Earthquake Source Mechanics and Fracture Mechanics: Theory and Observation Pages: 529 - 543

7. A fracture-mechanical cellular automaton model of seismicity

   • Jeremy R. Henderson
   • Ian G. Main
   • Michael G. Norman

   Earthquake Source Mechanics and Fracture Mechanics: Theory and Observation Pages: 545 - 565

8. The propagation of a single shear crack: A displacement discontinuity model

   • J. -Cl. De Bremaecker
   • K. Wei

   Earthquake Source Mechanics and Fracture Mechanics: Theory and Observation Pages: 567 - 585

9. Seismotectonics of the Median Tectonic Line in southwest Japan: Implications for coupling among major fault systems

   • Yuji Kanaori
   • Shin-ichi Kawakami
   • Kenji Yairi

   Faulting and Crustal Deformation: Field Observations and Modeling Pages: 589 - 607

10. Fracturing and hydrothermal alteration in normal fault zones

    • Ronald L. Bruhn
    • William T. Parry
    • Troy Thompson

    Faulting and Crustal Deformation: Field Observations and Modeling Pages: 609 - 644

11. An assessment of field evidence for ‘Byerlee’ friction

    • Richard H. Sibson

    Faulting and Crustal Deformation: Field Observations and Modeling Pages: 645 - 662

12. Structural analysis of the Brigham City-Weber segment boundary zone, Wasatch normal fault, Utah: Implications for fault growth and structure

    • James P. Evans
    • Holly Langrock

    Faulting and Crustal Deformation: Field Observations and Modeling Pages: 663 - 685

13. Coseismic and postseismic subsurface displacements and strains for a vertical strike-slip fault in a three-layer elastic medium

    • X. Q. Ma
    • N. J. Kusznir

    Faulting and Crustal Deformation: Field Observations and Modeling Pages: 687 - 709

14. Microfracture processes in the breakdown zone during dynamic shear rupture inferred from laboratory observation of near-fault high-frequency strong motion

    • Naoyuki Kato
    • Kiyohiko Yamamoto
    • Tomowo Hirasawa

    Frictional Slip, Failure, and Deformation Mechanics: Laboratory Studies Pages: 713 - 734

15. Frictional heat generation and seismic radiation in a foam rubber model of earthquakes

    • Abdolrasool Anooshehpoor
    • James N. Brune

    Frictional Slip, Failure, and Deformation Mechanics: Laboratory Studies Pages: 735 - 747

16. Triaxial testing of Lopez Fault gouge at 150 MPa mean effective stress

    • David R. Scott
    • David A. Lockner
    • Charles G. Sammis

    Frictional Slip, Failure, and Deformation Mechanics: Laboratory Studies Pages: 749 - 775

17. The micromechanics of friction in a granular layer

    • Charles G. Sammis
    • Sandra J. Steacy

    Frictional Slip, Failure, and Deformation Mechanics: Laboratory Studies Pages: 777 - 794

18. Application of the Pi theorem to the wear rate of gouge formation in frictional sliding of rocks

    • Hiroyuki Nagahama
    • Norihiro Nakamura

    Frictional Slip, Failure, and Deformation Mechanics: Laboratory Studies Pages: 795 - 808