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Rock dynamics and geophysical exploration : introduction to stress waves in rocks
Front Cover; Rock Dynamics and Geophysical Exploration: Introduction to Stress Waves in Rocks; Copyright Page; Foreword; Table of Contents; Chapter 1. Fundamental equations; Introductory remarks; The state of stress; The state of deformation; Equations of motion; The phenomenological relation (elastic material); The phenomenological relation (Kelvin material); Coordinate systems; Chapter 2. Some characteristic features of plane waves (elastic medium); Introduction; Basic equations in Cartesian coordinates; Plane waves in the half space; Plane waves in a finite medium
The normal reflection of a stress wave from a free plane surfaceParticle velocity and its reflection at a free plane surface; Spalling; Chapter 3. Some characteristic features of spherical waves (elastic medium); Introduction; Basic equations; The Heaviside function as input pulse; The rectangular input pulse; The sinusoidal input pulse; Chapter 4. Some characteristic features of a cylindrical wave (elastic medium); Introduction; Basic equations; The inward-moving pulse (solid cylinder); The normal reflection of a cylindrical wave; Chapter 5. The harmonic input pulse (elastic medium)
IntroductionThe plane case; The cylindrical case; The spherical case; Chapter 6. Characteristic features of plane waves (Kelvin medium); Introduction; Basic equations; The Heaviside function as an input pulse; The rectangular input pulse; The finite medium; Chapter 7. The spherical wave (Kelvin medium); Introduction; Basic equations; The Heaviside input pulse; The arbitrary input pulse; The attenuation curves; The ""signal"" velocity; Chapter 8. Experimental study of stress waves in rocks; General remarks; Experimental layout; Sources o f systematical errors
Chapter 11. Dispersion and particle acceleration: application in the evaluation of dataIntroduction; Dispersion; Complete evaluation of an experiment (F57); Chapter 12. Surface explosions; Introduction; Experimental layout; The confined charges of F67; The surface explosion; The surface charges of F67; Particle acceleration data; Final conclusions; Chapter 13. Some practical problems; Introduction; The extrapolation problem, 1; The scaling problem; The extrapolation problem, 2 (safe distances); Chapter 14. Sensitivity criteria for tunnels; Introduction; Defining the problem
Rock Dynamics and Geophysical Exploration
Rock dynamics and geophysical exploration : introduction to stress waves in rocks
Front Cover; Rock Dynamics and Geophysical Exploration: Introduction to Stress Waves in Rocks; Copyright Page; Foreword; Table of Contents; Chapter 1. Fundamental equations; Introductory remarks; The state of stress; The state of deformation; Equations of motion; The phenomenological relation (elastic material); The phenomenological relation (Kelvin material); Coordinate systems; Chapter 2. Some characteristic features of plane waves (elastic medium); Introduction; Basic equations in Cartesian coordinates; Plane waves in the half space; Plane waves in a finite medium
The normal reflection of a stress wave from a free plane surfaceParticle velocity and its reflection at a free plane surface; Spalling; Chapter 3. Some characteristic features of spherical waves (elastic medium); Introduction; Basic equations; The Heaviside function as input pulse; The rectangular input pulse; The sinusoidal input pulse; Chapter 4. Some characteristic features of a cylindrical wave (elastic medium); Introduction; Basic equations; The inward-moving pulse (solid cylinder); The normal reflection of a cylindrical wave; Chapter 5. The harmonic input pulse (elastic medium)
IntroductionThe plane case; The cylindrical case; The spherical case; Chapter 6. Characteristic features of plane waves (Kelvin medium); Introduction; Basic equations; The Heaviside function as an input pulse; The rectangular input pulse; The finite medium; Chapter 7. The spherical wave (Kelvin medium); Introduction; Basic equations; The Heaviside input pulse; The arbitrary input pulse; The attenuation curves; The ""signal"" velocity; Chapter 8. Experimental study of stress waves in rocks; General remarks; Experimental layout; Sources o f systematical errors
Chapter 11. Dispersion and particle acceleration: application in the evaluation of dataIntroduction; Dispersion; Complete evaluation of an experiment (F57); Chapter 12. Surface explosions; Introduction; Experimental layout; The confined charges of F67; The surface explosion; The surface charges of F67; Particle acceleration data; Final conclusions; Chapter 13. Some practical problems; Introduction; The extrapolation problem, 1; The scaling problem; The extrapolation problem, 2 (safe distances); Chapter 14. Sensitivity criteria for tunnels; Introduction; Defining the problem
Rock Dynamics and Geophysical Exploration
Rock dynamics and geophysical exploration : introduction to stress waves in rocks
Persen, Leif N. (author)
2010
Online Ressource (ix, 276 pages)
illustrations.
Includes bibliographical references (page 271) and index. - Print version record
Print version record
Master and use copy. Digital master created according to Benchmark for Faithful Digital Reproductions of Monographs and Serials, Version 1. Digital Library Federation, December 2002
Book
Electronic Resource
English
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