UID:
almahu_9948025894502882
Format:
1 online resource (771 p.)
ISBN:
1-281-05409-7
,
9786611054090
,
0-08-050327-6
Content:
Cracks and Fracture consists of nine chapters in logical sequence. In two introductory chapters, physical processes in the vicinity of the crack edge are discussed and the fracture process is described. Chapter 3 develops general basic concepts and relations in crack mechanics, such as path independent integrals, stress intensity factors and energy flux into the crack edge region. Chapters 4-7 deal with elastostatic cracks, stationary or slowly moving elastic-plastic cracks, elastodynamic crack mechanics and elastoplastic aspects of fracture, including dynamic fracture mechanics. Appen
Note:
Description based upon print version of record.
,
Front Cover; Cracks and Fracture; Copyright Page; Contents; Preface; Introduction; Chapter 1. The Process Region; 1.1 Introduction; 1.2 Micro-separations and coalescences; 1.3 The cell model of materials; 1.4 Definition of the process region; 1.5 Dimensions of the process region; 1.6 Models of the process region; 1.7 Experimental observations; Chapter 2. The Fracture Process; 2.1 Introduction; 2.2 Pre-existing cracks; 2.3 Loading before crack Growth; 2.4 Onset of crack growth; 2.5 Stable crack growth; 2.6 Onset of unstable crack growth; 2.7 Unstable crack growth
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2.8 The Plastic Region And Its WakeChapter 3. Basic Relations in Crack Mechanics; 3.1 Introduction; 3.2 Path-independent integrals; 3.3 Stress-strain field at small scale yielding; 3.4 Cracks in non-linear elastic environments; 3.5 Results based on energy considerations; 3.6 The Barenblatt model; Chapter 4. Elastostatic Cracks; 4.1 Introduction; 4.2 Eigenfunction expansions; 4.3 Complex potentials for anti-plane strain; 4.4 Complex potentials for in-plane problems; 4.5 Conformal mapping; 4.6 Some applications of complex potentials; 4.7 Integral equations; 4.8 Dual integral equations
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4.9 Wiener-Hopf technique4.10 Kinked and branched cracks; 4.11 Directional stability of cracks; 4.12 Interface cracks; 4.13 Three-dimensional crack problems; 4.14 Cracks in anisotropic linearly elastic media; 4.15 Cracks in isotropic viscoelastic media; Chapter 5. Elastoplastic Stresses and Strains; 5.1 Introduction; 5.2 Basic relations; 5.3 Stationary mode III cracks; 5.4 Stationary mode I cracks; 5.5 Stationary mode II cracks; 5.6 Slowly moving mode III cracks; 5.7 Slowly moving mode I and II cracks; Chapter 6. Elastodynamic Crack Mechanics; 6.1 Introduction; 6.2 The Yoffe problem
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6.3 Friction and cohesion in mode II crack propagation6.4 Steady state mode III crack propagation; 6.5 Steady state crack propagation in anisotropic materials; 6.6 Steady state crack propagation in viscoelastic materials; 6.7 Crack propagation in a strip; 6.8 Crack propagation along an interface; 6.9 Crack expanding with constant velocity; 6.10 Face loaded mode III cracks; 6.11 Face loaded in-plane mode cracks; 6.12 Non-constant crack velocity and crack arrest; 6.13 Stress wave loading of cracks; 6.14 Three-dimensional elastodynamic crack problems; Chapter 7. Elastoplastic Crack Dynamics
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7.1 Introduction7.2 Mode III crack propagation; 7.3 Asymptotic solutions for in-plane crack propagation; 7.4 Temperature changes at moving crack edges; Chapter 8. Physical and Engineering Aspects of Fracture; 8.1 Introduction; 8.2 Processes in the crack edge vicinity; 8.3 Prediction of onset of crack growth; 8.4 Prediction of fracture; 8.5 Weibull's statistical theory of the strength of materials; 8.6 Crack directions; 8.7 Applications to engineering; Chapter 9. Dynamic Processes in Fracture Mechanics; 9.1 Dynamic crack propagation; 9.2 Branching; 9.3 The maximum crack velocity
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9.4 Crack arrest
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English
Additional Edition:
ISBN 1-4933-0017-2
Additional Edition:
ISBN 0-12-134130-5
Language:
English
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