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7 ½ X 9 ¼ in
Introduction
Aims of the Book
Multiple-Crack Problem
Mixed-Mode Crack Problem
Crack Interaction and Localization
Fai lure Mode and the Maximum load
Outline of the Book LI>
References
Fundamentals of Linear El astic Fracture Mechanics and Nonlinear Fracture Mechanics of Concrete LI>
The Elastic Crack-Tip Fields
< /OL> 2.1.1 Equations of Elasticity and Airy Stress Function
< P>2.1.2 The Williams Solution of Elastic Stress Fields at Crack Tip
2.1.3 The Complex Stress Function Approach to Elastic Stress Fields a t Crack Tip
2.2 Stress Intensity Factor and K-Controlled Crack-Ti p Fields
2.3 The Energy Principles
2.3.1 The Griffith Frac ture Theory
2.3.2 The Energy Release Rate G
2.3.3 Relation ship between K and G
2.3.4 The Criterion for Crack Propagation P>
Plastic Zone Theories at Crack Tip
2.4.1 The Irwin Plastic Z
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7 ½ X 9 ¼ in
Introduction
Aims of the Book
Multiple-Crack Problem
Mixed-Mode Crack Problem
Crack Interaction and Localization
Fai lure Mode and the Maximum load
Outline of the Book LI>
References
Fundamentals of Linear El astic Fracture Mechanics and Nonlinear Fracture Mechanics of Concrete LI>
The Elastic Crack-Tip Fields
< /OL> 2.1.1 Equations of Elasticity and Airy Stress Function
< P>2.1.2 The Williams Solution of Elastic Stress Fields at Crack Tip
2.1.3 The Complex Stress Function Approach to Elastic Stress Fields a t Crack Tip
2.2 Stress Intensity Factor and K-Controlled Crack-Ti p Fields
2.3 The Energy Principles
2.3.1 The Griffith Frac ture Theory
2.3.2 The Energy Release Rate G
2.3.3 Relation ship between K and G
2.3.4 The Criterion for Crack Propagation P>
Plastic Zone Theories at Crack Tip
2.4.1 The Irwin Plastic Z