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Tables of Contents for Fatigue Design
Chapter/Section Title
Page #
Page Count
Chapter 1. Introduction
References
Chapter 2. Solid Mechanics
Elasticity
Stress
Deformation and Strain
Stress-Strain Relation
Energy and Work
Equivalent Stresses and Strains
Plasticity
Yield Function
Stress-Strain Relation
Work Hardening
Incremental and Deformation Theories
Finite Element Method
The Equilibrium Condition
Nonlinear Problems
References
Chapter 3. Stress Method
Tests and Test Results
Standard Fatigue Tests
Statistical Analysis of Fatigue Data
One-Dimensional Analysis of Machine Parts
Infinite Fatigue Life
Limited Fatigue Life
Multiaxial Analysis
Combining Fluctuating Stresses
Design of Rotating Transmission Shaft
Cumulative Damage
Palmgren-Miner Rule
Spectrum Loading
References
Chapter 4. Strain Method
One-Dimensional Analysis
Monotonic Properties (Tension Test)
Cyclic Properties
Fatigue Life
Multiaxial Analysis
Multiaxial Stress and Strain Components
Equivalent Strains and Stresses
Computing Fatigue Life
References
Chapter 5. Crack Propagation
Fracture Mechanics
Linear Elastic Fracture Mechanics
Griffith Theory of Fracture
Extension of LEFM into the Plastic Domain
Crack Propagation Under Fatigue Load
Constant Amplitude Loading
Variable Amplitude Loading
Mixed Loading and Multiaxial Effects
Plane Cracks Under Mixed Loading
Three-Dimensional Cracks Under One-Dimensional Loading
References
Chapter 6. Surface Integrity and Fatigue
Surface Roughness
Surface Roughness Form and Measurement
Effect of Processing on Surface Roughness
Change of Surface Roughness in Service
Surface Roughness and Fatigue
Metal Structure and Strain Hardening of the Surface Layer
Surface Layer Formation
Strain-Hardening Parameters
Effect of Processing on the Surface Layer (Strain Hardening)
Stability of Strain Hardening
Influence of Surface Layer on Fatigue
Residual Stresses
Classification
Origin of Residual Stresses
Measurement of Residual Stresses
Effect of Processing Methods on Residual Stresses
Relaxation of Residual Stresses
Effect of Residual Stresses on Fatigue
Processing Methods and Fatigue: Summary
References
Chapter 7. Fatigue Life Improvement
Shot Peening
Shot Peening Devices
Surface Integrity
Rolling
Parameters of Rolling
Surface Integrity
Burnishing
References
Chapter 8. Diagnosis of Fatigue Cases
Fatigue of Fuse Pin in an Aircraft
The Problem
Problem Analysis
Crack Propagation
Conclusion
Crack Propagation in a Breech Block
The Problem
FE Analysis
Conclusion
Thermal Fatigue of a Coke Drum
The Problem
FE Analysis
Conclusion
References
Appendix
Nomenclature
Index