Preface
Nomenclature
Chapter 1 Introduction
Basic Contents and Key Points
1.1 Basic Contents
1.1.1 Contents of theory of elasticity
1.1.2 Some important concepts in theory of elasticity
1.1.3 Basic assumptions in theory of elasticity
1.2 Key Points
Problems
Chapter 2 Theory of Plane Problems
Basic Contents and Key Points
2.1 Basic Contents
2.1.1 Definition of two kinds of plane problems
2.1.2 Governing equations
2.1.3 Stress at a point
2.1.4 Boundary conditions
2.1.5 Principle of superposition
2.1.6 Saint Venant’S principle
2.1.7 Solutions to plane problems in terms of displacements
2.1.8 Solutions to plane problems in terms of stresses
2.1.9 Stress function
2.2 Key Points?
Problems
Chapter 3 Solutions to Plane Problems in Rectangular Coordinates
Basic Contents and Key Points
3.1 Basic Contents
3.1.1 Solutions to plane problems by Airy stress function
3.1.2 Inverse method and semi-inVerse method
3.1.3 Notices about the boundary COnditions
3.2 Key Points
Problems
Chapter 4 Solutions to Plane Problems in Polar Coordinates
Basic Contents and Key Points
4.1 Basic Contents
4.1.1 Governing equations and unknowns
4.1.2 Coordinate transformation of stress components
4.1.3 Axi—symmetrical stresses and corresponding displacements
4.1.4 Boundary conditions for contact problems
4.1.5 Stress concentration at the edge of a hole
4.1.6 Stress distributions in a wedge or a semi—infinite domain
4.2 Key Points
Problems
Chapter 5 Theory of Spatial Problems
Basic Contents and Key Points
5.1 Basic Contents
5.1.1 Governing equations and unknowns
5.1.2 Stress at a point
5.1.3 Boundary conditions
5.1.4 Solutions to spatial problems in terms of displacements
5.1.5 Solutions to spatial problems in terms of stresses
5.2 Key Points
Problems
Solutions
Chapter 1 Introduction
Chapter 2 Theory of Plane Problems
Chapter 3 Solutions to Plane Problems in Rectangular Coordinates
Chapter 4 Solutions to Plane Problems in Polar Coordinates
Chapter 5 Theory of Spatial Problems
References
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