Front Cover

pp.：  1 – 3

Fatigue Design of Components

pp.：  3 – 5

Copyright Page

pp.：  5 – 8

Contents

pp.：  8 – 10

Preface

pp.：  10 – 12

Chapter 1. Fatigue Assessment of an Automotive Suspension Component using Deterministic and Probabilistic Approaches

pp.：  12 – 28

Chapter 2. A Fatigue Life Assessment Methodology for Automotive Components

pp.：  28 – 38

Chapter 3. Fatigue Strength Prediction for Grey Cast Iron Components of Complex Geometry

pp.：  38 – 48

Chapter 4. Defect Sensitivity in Nodular Cast Iron for Safety Critical Components

pp.：  48 – 60

Chapter 5. Fatigue Design and Quality Control of Flapper Valves

pp.：  60 – 70

Chapter 6. Durabillty Assessments of Straddle Carrier Wheel Supports

pp.：  70 – 84

Chapter 7. Fatigue Design of Pressed Steel Sheet

pp.：  84 – 96

Chapter 8. A Multiaxial Fatigue Life Prediction Program

pp.：  96 – 108

Chapter 9. Fatigue Failure of a Connecting Rod

pp.：  108 – 124

Chapter 10. Notch Stress-Strain Analysis in Multiaxial Fatigue

pp.：  124 – 136

Chapter 11. Fracture Mechanical Fatigue Analysis of Railway Wheels with Rolling Defects

pp.：  136 – 146

Chapter 12. A Novel Fatigue Analysis Approach for Tubular Welded Joints

pp.：  146 – 156

Chapter 13. Fatigue Design of Welded Thin Sheet Structures

pp.：  156 – 164

Chapter 14. Fatigue of Welded Joints Under Complex Loading

pp.：  164 – 176

Chapter 15. Effectiveness of Improvement Methods for Welded Connections Subjected to Variable Amplitude Loading

pp.：  176 – 186

Chapter 16. Influence of Life Improvement Techniques on Different Steel Grades Under Fatigue Loading

pp.：  186 – 204

Chapter 17. On Multiaxial Fatigue Testing Time Reduction

pp.：  204 – 214

Chapter 18. Standard Fatigue Tests for Components

pp.：  214 – 226

Chapter 19. A New Method for Fatigue Life Improvement of Screws

pp.：  226 – 238

Author Index

pp.：  238 – 240