Rock Deformation and Geological Structures

In this module the index entries below enable direct access to the topics shown. The entries are derived from menu topics, page titles, key words and any glossary items. The amount and type of information available in the courseware for topics is variable; in some cases is just a simple definition, in others is an extended description, an explanation, or task.

Section:--: Index Entry
Introduction :--: Forces
Introduction :--: Stress
Introduction :--: Force
Introduction :--: Body forces
Introduction :--: Surface forces
Introduction :--: Gravity
Introduction :--: Vectors
Introduction :--: Generation of forces
Introduction :--: Generation of forces - Gravity
Introduction :--: Gravity - generation of force
Introduction :--: Generation of forces - Lithostatic forces
Introduction :--: Lithostatic forces - generation of force
Introduction :--: Generation of forces - Plate tectonics
Introduction :--: Plate tectonics - generation of forces
Introduction :--: Introduction to stress
Introduction :--: Stress - units of measurement
Introduction :--: Introduction to strain
Introduction :--: Deformational styles - translation
Introduction :--: Deformational styles - rotation
Introduction :--: Deformational styles - angular distortion
Introduction :--: Deformational styles - linear distortion
Introduction :--: Deformational styles - volume change
Introduction :--: Strain - measurement
Stress Analysis :--: Distinction between force & stress
Stress Analysis :--: Stress
Stress Analysis :--: Normal stress
Stress Analysis :--: Shear stress
Stress Analysis :--: Stress - fault plane
Stress Analysis :--: Stress - folding
Stress Analysis :--: Stress - forces in equilibrium
Stress Analysis :--: Equilibrium - stress
Stress Analysis :--: Stress components
Stress Analysis :--: Principal stresses & stress axes
Stress Analysis :--: Shear stress - zero
Stress Analysis :--: Principle stress plane
Stress Analysis :--: Principle stress axis
Stress Analysis :--: Stress ellipses & stress ellipsoids
Stress Analysis :--: Stress - homogeneous
Stress Analysis :--: Stress - heterogeneous
Stress Analysis :--: Stress state - Triaxial
Stress Analysis :--: Stress state - Biaxial
Stress Analysis :--: Stress state - Uniaxial
Stress Analysis :--: Hydrostatic stress
Stress Analysis :--: Stress - hydrostatic
Stress Analysis :--: Hydrostatic pressure
Stress Analysis :--: Pressure - hydrostatic
Stress Analysis :--: Types of stress states
Stress Analysis :--: Hydrostatic & deviatoric stresses
Stress Analysis :--: Lithostatic stress
Stress Analysis :--: Pore fluid pressure
Stress Analysis :--: Stress - effects
Stress Analysis :--: Mohr diagrams - stress analysis
Stress Analysis :--: Mohr diagrams - mathematic derivation
Stress Analysis :--: Mohr diagrams - 3D
Stress Analysis :--: Mohr diagrams - hydrostatic
Stress Analysis :--: Mohr diagrams - pure shear
Stress Analysis :--: Mohr diagrams - tension
Stress Analysis :--: Mohr diagrams - uniaxial compression
Deformation & Strain :--: Types of strain
Deformation & Strain :--: Strain - coaxial
Deformation & Strain :--: Strain - non-coaxial
Deformation & Strain :--: Strain - homogeneous
Deformation & Strain :--: Strain - heterogeneous
Deformation & Strain :--: Strain & changes in lengths & angles
Deformation & Strain :--: Strain - markers
Deformation & Strain :--: Strain - extension
Deformation & Strain :--: Strain - compression
Deformation & Strain :--: Strain - measurement
Deformation & Strain :--: Ductile deformation
Deformation & Strain :--: Boudinage
Deformation & Strain :--: Shear - angular
Deformation & Strain :--: Units of strain
Deformation & Strain :--: Strain ellipses
Deformation & Strain :--: Principle strain direction
Deformation & Strain :--: Strain in 3D (strain ellipsoids)
Deformation & Strain :--: Principle strain plane
Deformation & Strain :--: Flinn diagrams
Deformation & Strain :--: K values & rock fabrics
Deformation & Strain :--: Pure shear
Deformation & Strain :--: Simple shear
Deformation & Strain :--: Progressive deformation
Deformation & Strain :--: Progressive strain
Deformation & Strain :--: Strain history
Deformation & Strain :--: Finite strain
Deformation & Strain :--: Infinitesimal strain
Deformation & Strain :--: Incremental strain
Deformation & Strain :--: Progressive strain
Deformation & Strain :--: Deformation paths
Deformation & Strain :--: Deformation fields
Deformation & Strain :--: Strain markers
Brittle Deformation :--: Factors affecting brittle deformation
Brittle Deformation :--: Shear stress
Brittle Deformation :--: Shear strength
Brittle Deformation :--: Mohr Circle explanations of brittle failure
Brittle Deformation :--: Griffith Crack theory
Brittle Deformation :--: Failure envelope
Brittle Deformation :--: Lithostatic stress effects
Brittle Deformation :--: Griffith Crack theory
Brittle Deformation :--: Fault types & stress orientations
Brittle Deformation :--: Normal fault
Brittle Deformation :--: Thrust & reverse faults
Brittle Deformation :--: Thrust ramps
Brittle Deformation :--: Pop-up structures
Brittle Deformation :--: Thrust sequences
Brittle Deformation :--: Imbricate slices
Brittle Deformation :--: Normal faults
Brittle Deformation :--: Roleover anticlines
Brittle Deformation :--: Antithetic fault
Brittle Deformation :--: Synthetic fault
Brittle Deformation :--: Strike-slip faults
Brittle Deformation :--: Transpression
Brittle Deformation :--: Transtension
Brittle Deformation :--: Flower structure
Brittle Deformation :--: Ductile-brittle shear zones
Brittle Deformation :--: Tension gash
Brittle Deformation :--: En-echelon array
Ductile Deformation :--: Ductile deformation - Introduction
Ductile Deformation :--: Plastic deformation
Ductile Deformation :--: Critical stress level
Ductile Deformation :--: Elastic limit
Ductile Deformation :--: Strain rate
Ductile Deformation :--: Fold mechanisms
Ductile Deformation :--: Buckling
Ductile Deformation :--: Bending
Ductile Deformation :--: Homogeneous deformation
Ductile Deformation :--: Heterogeneous deformation
Ductile Deformation :--: Homogeneous stress field
Ductile Deformation :--: Heterogenetic layering
Ductile Deformation :--: Viscosity contrast
Ductile Deformation :--: Factors controlling fold wavelength
Ductile Deformation :--: Wavelength - layer thickness
Ductile Deformation :--: Biot-Ramberg equation
Ductile Deformation :--: Folds - wavelength
Ductile Deformation :--: Folds - harmonic
Ductile Deformation :--: Folds - disharmonic
Ductile Deformation :--: Folds - polyharmonic
Ductile Deformation :--: Flexural slip & neutral surface folding
Ductile Deformation :--: Tangential longitudinal strain model
Ductile Deformation :--: Flexural slip model
Ductile Deformation :--: Flow model
Ductile Deformation :--: Shear model
Ductile Deformation :--: Dip isogons
Ductile Deformation :--: Fold - Class 1
Ductile Deformation :--: Fold - Class 2
Ductile Deformation :--: Fold - Class 3
Ductile Deformation :--: Fold classification
Ductile Deformation :--: Boudinage
Ductile Deformation :--: Cleavage
Ductile Deformation :--: Flinn diagram
Ductile Deformation :--: Slaty cleavage
Ductile Deformation :--: Crenulation cleavage
Ductile Deformation :--: Crenulation cleavage - symmetrical
Ductile Deformation :--: Crenulation cleavage - asymmetrical
Ductile Deformation :--: Conjugate sets
Ductile Deformation :--: Crenulation cleavage - extensional
Ductile Deformation :--: S-C fabric
Ductile Deformation :--: Spaced cleavage
Ductile Deformation :--: Shear zones
Ductile Deformation :--: Planer zones
Ductile Deformation :--: S-C fabric
Ductile Deformation :--: Pressure shadows
Ductile Deformation :--: Boudins
Ductile Deformation :--: Shear sense indicators

Other Indexes Available