Mechanics of Jointed and Faulted Rock

 
 
Routledge (Verlag)
  • erschienen am 27. April 2018
  • |
  • 676 Seiten
 
E-Book | ePUB ohne DRM | Systemvoraussetzungen
978-1-351-43243-6 (ISBN)
 
Topics covered in this text include: geology and structural geology; mechanics; dynamics of jointed and faulted rock; physical modelling and testing; constitutive modelling; seismicity and tectonics; instrumentation; hydraulics; and applications.
  • Englisch
  • Boca Raton
  • |
  • USA
Taylor & Francis Ltd
  • Für höhere Schule und Studium
978-1-351-43243-6 (9781351432436)
weitere Ausgaben werden ermittelt
  • Cover
  • Half Title
  • Title Page
  • Copyright Page
  • Table of Contents
  • Preface
  • Plenary lectures
  • Mining below 3000m and challenges for the South African gold mining industry
  • Fractures: Flow and geometry
  • Strain-induced damage of rocks
  • Seismic wave propagation in fractured rock
  • Poroelasticity applications
  • The contribution of Historical Earthquake Research to the analysis of seismic hazard and the tectonic stress field
  • Quantitative tectonofractography - An appraisal
  • Catastrophic sliding over a fault caused by accumulation of dilation zones
  • Geology
  • Mapping concealed faults in 3-D along the Wasatch Fault zone
  • Stress perturbation near two fault zones in Himalayas-field measurements and numerical simulation
  • On interaction of arbitrary oriented faults systems
  • Morphotectonic indications for the opening of Davis Strait
  • Neotectonic synthesis of the mediterranean Languedoc region, Southern France
  • Lithological and structural models of the Gidea Study Site, Angermanland Province, Sweden
  • Controls of range-bounding faults adjacent to the Yellowstone hotspot, USA
  • Recent tectonic stress field research in Shanxi graben system
  • History of folding in the Magura nappe. Outer Carpathians, Poland
  • Faults
  • Extensional joints and faults: A 3D mechanical model for quantifying their ratio - Part 1: Theory
  • Extensional joints and faults: A 3D mechanical model for quantifying their ratio - Part 2: Applications
  • From joint and fault quantification to simulation of 3-D conceptual fracture models
  • Influence of density, pressure and mean grain diameter on shear band localization in granular materials
  • Joints
  • Mechanical behaviour of Dionysos marble smooth joints: I. Experiments
  • Mechanical behaviour of Dionysos marble smooth joints under cyclic loading: II. Constitutive modeling
  • A static fatigue constitutive law for joints in weak rock
  • A constitutive model for the mechanical behaviour of bolted rock joint
  • 3-D-laser measurements and representation of roughness of rock fractures
  • What's 'rough'? Modelling the vague meaning of joint roughness classifiers by means of empirical fuzzy sets
  • Some remarks about an in situ shear vane technique for clay stone
  • Description of a fracture morphology in regard of its behaviour during shearing
  • Four Joint genetic groups and their distinct characteristics
  • Mechanical behaviour of natural joints of granodiorite under high normal stress
  • The effect of shear displacement on the void geometry of aperture distribution of a rock fracture
  • Development of shear testing equipment to investigate the creep of discontinuities in hard rock
  • A formulation of shear strength for rock joints included two or three different asperities
  • Dynamics
  • Velocity amplification considered as a phenomenon of elastic energy release due to softening
  • Rayleigh pulse-induced fault slip: Model and application
  • Modeling of characteristics of waves propagating in arbitrary anisotropic media
  • Time-dependent elastic properties in the earth and their causes
  • Electrical resistivity of jointed rock and its correlation to elastic wave velocity
  • Mechanical anisotropy of granites: Evidence from comparative experimental study
  • Dynamic modelling of a fault and dyke in the vicinity of mining
  • 3D Modelling
  • Three dimensional modelling of seismicity in deep level mines
  • An energy-based damage model of jointed rockmass
  • 3D behaviour of bolted rock joints: Experimental and numerical study
  • Development of a 3-D block-spring model for jointed rocks
  • Principles of numerical modelling of jointed rock mass
  • Implementation of the Barton-Bandis criterion in a three-dimensional numerical model
  • Fractures
  • Mechanics of rock fracturing around boreholes
  • Drilling-induced tensile fractures: Formation and constraints on the full stress tensor
  • Fractures in porous Biot medium
  • Two technologies of rock samples cutting: Their effect on samples strength properties
  • Study of scale effects on the deformability modulus of rock by means of a discontinuous model
  • Testing
  • Crack initiation at a heterogeneity in a rock sample subjected to the Brazilian test
  • Laboratory tests to investigate the effect of presence of discontinuities on rock cutting parameters
  • Analysis of rock failure after triaxial testing
  • Acoustic emission of jointed and intact granite during triaxial compression test
  • Numerical simulation of the Kaiser effect under triaxial stress state
  • Acoustic emission preceding macro crack formation in samples containing a stress concentrator
  • Effects of discrete memory during rock deformation
  • Fracture analysis of loaded rocks by means of acoustic emission
  • Crack detection in salt rock and implications for the geomechanical situation
  • Geomechanical behavior of a heated 3m block of fractured tuff
  • Laboratory equipment for the strength and deformability studies of the rock materials under multiaxial stress state
  • Mining and underground construction
  • Fracturing around deep level slopes: Comparison of numerical simulation with underground observations
  • Mining subsidence in the concealed coalfields of north-east England
  • Fracture development around underground excavations in rock salt
  • Stability analysis of rock blocks around a tunnel
  • Field measurement and model test on tunnel deformation
  • Influence of the rock's joints frequency on the tunnel lining stress state
  • Numerical analyses of the trial underground exploitation of dimension stone
  • Load approach on circular tunnels in jointed rock
  • Shear creep of discontinuities in hard rock surrounding deep excavations
  • Improvement of post-pillars behaviour providing its confinement by tailings backfill
  • Extension of concealed fractures: Why did a collapse of the sea-cliff at the western entrance of the Toyohama Tunnel, Hokkaido, Japan occur?
  • Mining induced fractures for roof in logwall stope and their behavior
  • Research and application of the inside-injection grouting bolts
  • Research on an IDSS for rock support design in Jinchuan mine
  • A control system for tunnel boring machines in jointed rock
  • Voussoir beam analysis of an underground marble quarry
  • Slope stability
  • Stability analysis of jointed rock slope
  • Stability analysis of wedges in jointed rock masses using finite element analysis
  • Analysis of stability factor of slope in jointed rock masses
  • The influence granular structure of rockfalls on their spreading along mountain slopes
  • The new method for modelling of slopes stability at changeable temperature field
  • Hydromechanics
  • The behavior of induced pore fluid pressure in undrained triaxial shear tests on fractured porous analog rock material specimens
  • Evaluation of jointed rock permeability using a high pressure triaxial apparatus
  • Channelling effects in the hydraulic behaviour of rock-joints
  • Modelling of hydro-mechanical coupling in rock joints
  • On the experimental study of mass transport in a fracture model
  • Hydromechanical behavior of a fracture: How to understand the flow paths
  • Experiments on hydro-thermo-mechanical and chemical parameters in a fracture
  • What is the usefulness of Huid Inclusion Planes (FIP)?
  • Quantification and simulation of fissurai permeability at different scales
  • Investigating fractured-porous systems - The aquifer analogue approach
  • Damage mechanics approach for hydromechanical coupling in rock joints under normal stress
  • Hydromechanics of fractured rock masses: Results from an experimental site in limestone
  • Dam
  • Contribution of a 3D model to the analysis of the hydromechanical behaviour of a jointed rock mass dam foundation
  • Behavior of jointed rock masses during construction of embankment dams
  • Ultimate bearing capacity of the foundation of a gravity dam, on an isotropic transverse rock media
  • Mechanism and assessment of the interstratal and intrastratal fractures
  • Supplement
  • The influences of perforation parameters to wellbore instability and sand production
  • Author index

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