'The international standing of the author and the clarity of his explanation and illustration make the book a worthwhile addition to libraries worldwide.' Geological Magazine (about the French edition) '... it will prove valuable not only in undergraduate structural geology courses, but also to the interested non-specialist. The book is well illustrated with abundant line diagrams.' Geophysical Journal of the Royal Astronomical Society

• 1. Introduction.- 2. Strain and Stress.- 2.1. Strain.- 2.2. Elements of Rheology.- 2.3. Stress.- 2.4. Progressive Strain.- 2.5. Stress-Strain Relations.- For Further Reading.- 3. Theory of Discontinuous Deformation.- 3.1. Introduction.- 3.2. Fracture Modes and Relationship to Stress.- 3.3. The Brittle-Ductile Transition.- For Further Reading.- 4. Mechanisms of Continuous Deformation.- 4.1. Introduction.- 4.2. Plastic Deformation in the Solid State.- 4.3. Fluid Assisted Deformation.- For Further Reading.- 5. Discontinuous Deformation: Structures, Interpretations.- 5.1. Introduction.- 5.2. Joints.- 5.3. Tension Fractures.- 5.4. Stylolitic Joints.- 5.5. Faults.- For Further Reading.- 6. Structures Caused by Homogeneous Deformation.- 6.1. Introduction.- 6.2. Planar Structures.- 6.3. Lineations.- For Further Reading.- 7. Interpretation of Continuous Homogeneous Deformation Structures.- 7.1. Introduction.- 7.2. Mechanisms Responsible for the Development of Structures.- 7.3. Interpretation of Structure Resulting from Viscous Flow.- 7.5. Interpretation of Intracrystalline Plastic Deformation Structures.- For Further Reading.- 8. Continuous Heterogeneous Deformation: Typical Structures.- 8.1. Introduction.- 8.2. Microstructures.- 8.3. Shear Zone.- 8.4. Stretch Structures; Boudinage.- For Further Reading.- 9. Folds.- 9.1. Introduction.- 9.2. Geometrical Analysis of Folds — The Case of an Isolated Surface.- 9.3. Folding of an Isolated Bed.- 9.4. Folding of a Stratified Sequence.- 9.5. Relationship of Folds to the Strain Axes.- 9.6. Superposed Folds.- For Further Reading.- Appendix I. Tensorial Analysis of Strain and Stress.- I.1. Strain.- I.1.1. Tensorial analysis.- I.1.2. Typical strain regimes.- I.2. Stress.- I.2.1. Tensorial analysis.- I.2.2. Typical stress regimes.- I.3.Elastic Deformation.- Appendix II. Measurement of Finite Strain.- II. 1. Introduction.- II.2. Definitions.- II.2.1. Strain of a linear marker.- II.2.2. Strain in simple shear.- II.2.3. Strain ellipsoid.- II.2.4. Strain ellipse.- II.2.5. Mohr circle of strain.- II.3. Determination of the Strain Ellipse.- II.3.1. Measurement of elongation.- II.3.2. Measurement of shear strain.- II.3.3. Deformed elliptical objects.- II.3.4. Variations in the distribution of point markers.- II.4. Determination of the Strain Ellipsoid.- II.4.1. Measurement of ellipses.- II.4.2. Reorientation of plano-linear markers.- II.4.3. Deformation of mineral veins.- II.5. Strain in Simple Shear.- II.5.1. Shear plane/foliation obliquity.- II.5.2. Rotation of planar markers.- II.5.3. Rotation of microstructural markers.- Appendix III. Cyclospherical Projections and Figures.- III.1. Introduction.- III.2. Definitions.- III.3. Representation of Straight Lines and Planes.- III.4. Density Diagrams.- III.5. Analysis of Density Diagrams.- For Further Reading.

'The international standing of the author and the clarity of his explanation and illustration make the book a worthwhile addition to libraries worldwide.' Geological Magazine (about the French edition) '... it will prove valuable not only in undergraduate structural geology courses, but also to the interested non-specialist. The book is well illustrated with abundant line diagrams.' Geophysical Journal of the Royal Astronomical Society

• 1. Introduction.- 2. Strain and Stress.- 2.1. Strain.- 2.2. Elements of Rheology.- 2.3. Stress.- 2.4. Progressive Strain.- 2.5. Stress-Strain Relations.- For Further Reading.- 3. Theory of Discontinuous Deformation.- 3.1. Introduction.- 3.2. Fracture Modes and Relationship to Stress.- 3.3. The Brittle-Ductile Transition.- For Further Reading.- 4. Mechanisms of Continuous Deformation.- 4.1. Introduction.- 4.2. Plastic Deformation in the Solid State.- 4.3. Fluid Assisted Deformation.- For Further Reading.- 5. Discontinuous Deformation: Structures, Interpretations.- 5.1. Introduction.- 5.2. Joints.- 5.3. Tension Fractures.- 5.4. Stylolitic Joints.- 5.5. Faults.- For Further Reading.- 6. Structures Caused by Homogeneous Deformation.- 6.1. Introduction.- 6.2. Planar Structures.- 6.3. Lineations.- For Further Reading.- 7. Interpretation of Continuous Homogeneous Deformation Structures.- 7.1. Introduction.- 7.2. Mechanisms Responsible for the Development of Structures.- 7.3. Interpretation of Structure Resulting from Viscous Flow.- 7.5. Interpretation of Intracrystalline Plastic Deformation Structures.- For Further Reading.- 8. Continuous Heterogeneous Deformation: Typical Structures.- 8.1. Introduction.- 8.2. Microstructures.- 8.3. Shear Zone.- 8.4. Stretch Structures; Boudinage.- For Further Reading.- 9. Folds.- 9.1. Introduction.- 9.2. Geometrical Analysis of Folds — The Case of an Isolated Surface.- 9.3. Folding of an Isolated Bed.- 9.4. Folding of a Stratified Sequence.- 9.5. Relationship of Folds to the Strain Axes.- 9.6. Superposed Folds.- For Further Reading.- Appendix I. Tensorial Analysis of Strain and Stress.- I.1. Strain.- I.1.1. Tensorial analysis.- I.1.2. Typical strain regimes.- I.2. Stress.- I.2.1. Tensorial analysis.- I.2.2. Typical stress regimes.- I.3.Elastic Deformation.- Appendix II. Measurement of Finite Strain.- II. 1. Introduction.- II.2. Definitions.- II.2.1. Strain of a linear marker.- II.2.2. Strain in simple shear.- II.2.3. Strain ellipsoid.- II.2.4. Strain ellipse.- II.2.5. Mohr circle of strain.- II.3. Determination of the Strain Ellipse.- II.3.1. Measurement of elongation.- II.3.2. Measurement of shear strain.- II.3.3. Deformed elliptical objects.- II.3.4. Variations in the distribution of point markers.- II.4. Determination of the Strain Ellipsoid.- II.4.1. Measurement of ellipses.- II.4.2. Reorientation of plano-linear markers.- II.4.3. Deformation of mineral veins.- II.5. Strain in Simple Shear.- II.5.1. Shear plane/foliation obliquity.- II.5.2. Rotation of planar markers.- II.5.3. Rotation of microstructural markers.- Appendix III. Cyclospherical Projections and Figures.- III.1. Introduction.- III.2. Definitions.- III.3. Representation of Straight Lines and Planes.- III.4. Density Diagrams.- III.5. Analysis of Density Diagrams.- For Further Reading.

'The international standing of the author and the clarity of his explanation and illustration make the book a worthwhile addition to libraries worldwide.' Geological Magazine (about the French edition) '... it will prove valuable not only in undergraduate structural geology courses, but also to the interested non-specialist. The book is well illustrated with abundant line diagrams.' Geophysical Journal of the Royal Astronomical Society

• 1. Introduction.- 2. Strain and Stress.- 2.1. Strain.- 2.2. Elements of Rheology.- 2.3. Stress.- 2.4. Progressive Strain.- 2.5. Stress-Strain Relations.- For Further Reading.- 3. Theory of Discontinuous Deformation.- 3.1. Introduction.- 3.2. Fracture Modes and Relationship to Stress.- 3.3. The Brittle-Ductile Transition.- For Further Reading.- 4. Mechanisms of Continuous Deformation.- 4.1. Introduction.- 4.2. Plastic Deformation in the Solid State.- 4.3. Fluid Assisted Deformation.- For Further Reading.- 5. Discontinuous Deformation: Structures, Interpretations.- 5.1. Introduction.- 5.2. Joints.- 5.3. Tension Fractures.- 5.4. Stylolitic Joints.- 5.5. Faults.- For Further Reading.- 6. Structures Caused by Homogeneous Deformation.- 6.1. Introduction.- 6.2. Planar Structures.- 6.3. Lineations.- For Further Reading.- 7. Interpretation of Continuous Homogeneous Deformation Structures.- 7.1. Introduction.- 7.2. Mechanisms Responsible for the Development of Structures.- 7.3. Interpretation of Structure Resulting from Viscous Flow.- 7.5. Interpretation of Intracrystalline Plastic Deformation Structures.- For Further Reading.- 8. Continuous Heterogeneous Deformation: Typical Structures.- 8.1. Introduction.- 8.2. Microstructures.- 8.3. Shear Zone.- 8.4. Stretch Structures; Boudinage.- For Further Reading.- 9. Folds.- 9.1. Introduction.- 9.2. Geometrical Analysis of Folds — The Case of an Isolated Surface.- 9.3. Folding of an Isolated Bed.- 9.4. Folding of a Stratified Sequence.- 9.5. Relationship of Folds to the Strain Axes.- 9.6. Superposed Folds.- For Further Reading.- Appendix I. Tensorial Analysis of Strain and Stress.- I.1. Strain.- I.1.1. Tensorial analysis.- I.1.2. Typical strain regimes.- I.2. Stress.- I.2.1. Tensorial analysis.- I.2.2. Typical stress regimes.- I.3.Elastic Deformation.- Appendix II. Measurement of Finite Strain.- II. 1. Introduction.- II.2. Definitions.- II.2.1. Strain of a linear marker.- II.2.2. Strain in simple shear.- II.2.3. Strain ellipsoid.- II.2.4. Strain ellipse.- II.2.5. Mohr circle of strain.- II.3. Determination of the Strain Ellipse.- II.3.1. Measurement of elongation.- II.3.2. Measurement of shear strain.- II.3.3. Deformed elliptical objects.- II.3.4. Variations in the distribution of point markers.- II.4. Determination of the Strain Ellipsoid.- II.4.1. Measurement of ellipses.- II.4.2. Reorientation of plano-linear markers.- II.4.3. Deformation of mineral veins.- II.5. Strain in Simple Shear.- II.5.1. Shear plane/foliation obliquity.- II.5.2. Rotation of planar markers.- II.5.3. Rotation of microstructural markers.- Appendix III. Cyclospherical Projections and Figures.- III.1. Introduction.- III.2. Definitions.- III.3. Representation of Straight Lines and Planes.- III.4. Density Diagrams.- III.5. Analysis of Density Diagrams.- For Further Reading.