The Techniques of Modern Structural Geology

The Techniques of Modern Structural Geology : Strain Analyses

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This book has grown out of a need to teach fundamental, practical aspects of structural geology to undergraduate and postgraduate students in the earth sciences and they have written to provide a basic text at undergraduate university level. We have tried to assemble a comprehensive account of such basic techniques as could be the foundation of a practical and theoretical course in the analysis of tectonic structures, stress and strain. Volume 1 covers the principles of deformation, and Volume 2 applies these principles specifically to the analysis of folds and fractures.
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Product details

  • Paperback | 307 pages
  • 208 x 292 x 16mm | 961.61g
  • Academic Press Inc
  • San Diego, United States
  • English
  • 0125769210
  • 9780125769211

Review quote

" All structural geologists should have a copy of this book on their shelf."
"Impressive features of this book are its thoughtful and meticulous compilation, the effort to use real rather than artificial examples where possible, the clarity and beauty of the plates, and the generally high standard of production. Ramsey and Huber's book deserves to be widely used."
--Geological Magazine
"There is an increasing need for keen professional geologists to be able to keep themselves up-to-date with advances in their subject. This basic text attempts to help this process being written in the style of what could be described as either a teach-yourself manual, or what might be the program of a future teaching machine. It is thus presented as a series of excercises of increasing complexity each designed to help the reader to understand a particular concept or technique of strain analysis. The fundamentals of the subject are distilled to elegantly few general equations in fifteen pages of appendices at the back. There are many beautiful photographs of porphyroblasts and their strain shadows, the vein arrays developed in shear zones and the folds or boudins such veins can develop. Like the medical profession structural geologists are successful only when they can remove the symptoms (strains) which their subjects have suffered as a result of stress - and this manual shows us how to start this proceedure."
--Geol.foreningens Stockholm forhandlingar, 1986
"This book is a well written, comprehensive treatment of strain analysis... What makes the book so valuable is the use of real geological examples throughout. The book is appropriate for a graduate or advanced undergraduate structure course but can also be used by professional geologists or graduate students for a self-taught course in strain analysis. For instructors, the book is structured for maximum flexibility and usefulness. The usefulness of this volume is extended by the definitions of key words at the end of each session, and by the appendices, which contain mathematical proofs of formulae used in the book. Ramsay and Huber are to be congratulated for producing an excellent text that will greatly simplify the teaching of a difficult subject. GSA's Division of Structural Geology and Tectonics has awarded this book its Best Paper Award, and it is clearly deserving of such an honour."
--Geology, 1985
"Mathematical arguments are presented in a logical, easy to follow, step-by-step fashion. The book is endowed with numerous helpful graphs and sketches, and with photographs that clearly illustrate the intended strain phenomena."
--Earth Science Reviews, 1986
"It is an excellent text for a senior undergraduate course. Any field geologist working in deformed terrain ought to have a copy of Strain Analysis. If I were marooned on a desert island (with plenty of exposures of deformed rocks) and could take only one geology book, I would choose Strain Analysis."
--Geoscience Canada, 1985
"Most readers will welcome the clear, up-to-date well structured nature of this volume and the size and clarity of the illustrations. One is immediately impressed by the high quality of the photographs and line diagrams; more detailed examination shows them to be well chosen, carefully drafted and concisely described. The whole organisation of the book allows a great deal of self instruction and appraisal, and I suspect most structural geologists would benefit, as I did, from working through the examples. This book is one which will be widely used and will have an influence on the teaching of structural geology. It is a well produced and authoritative book in an area generally lacking in such texts."
--Journal of Structural Geology, 1985
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Table of contents

Preface. Displacement. Changes in length and Angles. The Strain Ellipse Concept. Distortion and Rotation. An Introduction to Heterogeneous Strain. Displacement Vector Fields and Strain. Practical Strain Measurement. Initially Circular and Elliptical Markers. Practicle Strain Measurement. Lines. Practical Strain Measurement. The Centre to Centre Technique and Strain Partitioning. Practical Strain Measurement. Angles. Orientation Analysis. Strain in Three Dimensions. Planar and Linear Fabrics. Strain in Three Dimensions. Review of Methods and Representation of Strain State. Progressive Displacement and Progressive Deformation. Principles. Measurement of Progressive Deformation. Extension Veins. Measurement of Progressive Deformation. Pressure Shadows. Strain Parameters. Strains from Displacement. Displacements from Strain. Changes of Lengths and Angles in Strained Bodies. Source List. Index.
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