Friction of rocks

Keywords

Geology, Geotechnical engineering, Stress (linguistics), Shear (geology), Montmorillonite

References

• Experimental sliding friction and cataclasis of foliated rocks. 27F, 2T, 19R : Int. J. Rock Mech. Min. Sci. V11, N6, June, 1974, P235–249Robert E. Jackson, D. E. Dunn — 1974
• Review of a new shear-strength criterion for rock jointsNick Barton — 1973
• A note on the effect of fault gouge composition on the stability of frictional slidingR. Scott Summers, J. D. Byerlee — 1977
• A medium-scale direct friction experimentE.R. Hoskins, J. C. Jaeger, K. Johan Rosengren — 1968
• Time‐dependent friction in rocksJames H. Dieterich — 1972
• Stick slip, stable sliding, and earthquakes—Effect of rock type, pressure, strain rate, and stiffnessJ. D. Byerlee, W. F. Brace — 1968
• Brittle-ductile transition in rocksJ. D. Byerlee — 1968
• The Friction and Lubrication of SolidsFrank Philip Bowden, D. Tabor, Frederic Palmer — 1964
• DETAILED STUDIES OF FRICTIONAL SLIDING OF GRANITE AND IMPLICATIONS FOR THE EARTHQUAKE MECHANISMChristopher H. Scholz, Péter Molnár, Tracy Johnson — 1972
• Frictional characteristics of granite under high confining pressureJ. D. Byerlee — 1967
• Fundamentals of rock mechanicsJ. C. Jaeger, N. Cook — 1969
• Experimental observations on rock fracture at pressures up to 7 kbar and the implications for earthquake faultingO. Edmond, Stanley A. Murrell — 1973
• Modeling of rock friction: 1. Experimental results and constitutive equationsJames H. Dieterich — 1979
• Static and kinetic friction of granite at high normal stressJ. D. Byerlee — 1970
• On the Coulomb‐Mohr failure criterionJohn Handin — 1969
• FRICTIONAL CHARACTBRISTICS OF TYPICAL ROCKSMitiyasu Ohnaka — 1975
• The shear strength of rock and rock jointsNick Barton — 1976
• Variations of VP and VS in granite premonitory to shear rupture and stick‐slip sliding: Application to earthquake predictionChi‐Yuen Wang, Richard E. Goodman, Panchanatham N. Sundaram — 1975
• The frictional properties of joints in rockJ. C. Jaeger — 1959
• The fracture strength and frictional strength of Weber SandstoneJ. D. Byerlee — 1975

Cited by

• Deformation on Nearby Faults Induced by the 1999 Hector Mine EarthquakeYuri Fialko, David T. Sandwell, Duncan Carr Agnew — 2002
• Modeling Tidally Driven Coulomb Failure At Strike-Slip Linea On EuropaM. Cameron — 2014
• Transformations in clay -rich fault rocks: Constraining fault zone processes and the kinematic evolution of regionsSamuel H Haines — 2008
• Hayward Fault rocks: porosity, density, and strength measurementsC. A. Morrow, D. A. Lockner — 2001
• Numerical analysis of deformation in the upper part of subduction zonesM. J. M. Park — 1981
• Plate tectonics on the Earth triggered by plume-induced subduction initiationR. M. Beasley, J. C. Robinson — 2015
• Stress drops of induced and tectonic earthquakes in the central United States are indistinguishableFilipa Dionísio Vieira, Fernando Romero — 2017
• Numerical models of trench migration for lateral heterogeneous subducting platesV. Magni — 2012
• IN SITU STRESS, FRACTURE AND FLUID FLOW ANALYSIS— EAST FLANK OF THE COSO GEOTHERMAL FIELDJudith Sheridan, Katie Kovac, Peter Rose — 2003
• Crustal shortening in the External French Alps: thermo-mechanical modellingLaëtitia Le Pourhiet, Nicolas Bellahsen — 2009
• Deep crustal structure and rheology of the Gascoyne volcanic margin, western AustraliaØivind Frey, Sverre Planke, Phillip A. Symonds — 1998
• Physical Modeling of Arc–Continent Collision: A Review of 2D, 3D, Purely Mechanical and Thermo‐Mechanical Experimental ModelsD. Boutelier, A. Chemenda — 2011
• Numerical modeling of rock drilling with finite elementsYaneng Zhou — 2013
• La localisation de la déformation dans le manteau sous-continental: origine à travers l'étude du massif de Ronda (Espagne) et implications sur la résistance de la lithosphère.J. Précigout — 2008
• Imaging the southern trace of the Black Hills fault, Clark County, NevadaS. A. Zaragoza — 2008
• A Review of the Role of Subduction Dynamics for Regional and Global Plate MotionsT. W. Becker, Claudio Faccenna — 2009
• IN SITU STRESS, FRACTURE, AND FLUID FLOW ANALYSIS IN WELL 38C-9: AN ENHANCED GEOTHERMAL SYSTEM IN THE COSO GEOTHERMAL FIELDJudith Sheridan, Stephen H. Hickman — 2004
• A comparison of the limit equilibrium and numerical modelling approaches to risk analysis for open pit mine slopesHenry Tonderai Chiwaye — 2010
• A numerical method of viscoelastic finite element coupled with spring-block model to simulate the interaction of faults and crustal blocksYong Yu, Hong Han-jing, Peixun Liu — 2003
• IN-SITU STRESS AND FRACTURE CHARACTERIZATION FOR PLANNING OF AN EGS STIMULATION IN THE DESERT PEAK GEOTHERMAL FIELD, NEVADAStephen H. Hickman, Nicholas C. Davatzes — 2010

Related papers

• Current Aspects of Organically Modified MontmorilloniteSong Ji-yong — 2006
• Synthesis and characterization of aluminium-pillared montmorilloniteYang Wan-he — 2007
• Effect of Paramagnetic Fe3+ on T1H in PVA/montmorillonite-clay NanocompositesAtsushi Asano, Miho Shimizu, Takuzo Kurotsu — 2004
• The Study of NBR /Montmorillonite Nanocomposites by Extruding IntercalationPeiyao Li — 2004
• Research on Zr-pillared Montmorillonite Mineral MaterialGuan Jun-fang — 2006
• Surface Acidity Determination of Multi-metal Complex Cross-Linked MontmorilloniteShi Shuang — 2004
• Advances in the Study on Nylon Nanocomposites Prepared with MontmorilloniteYeling Jin — 2005
• Synthesis of Al/La-Cross-Linked Montmorillonite and Catalytic PropertyXiangfeng Guo — 2009