Gigacycle Fatigue in Mechanical Practice 1st Edition by Claude Bathias, Paul Paris ISBN 0824723139 9780824723132
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Authors:Claude Bathias; Paul C. Paris , Series:Mechanical engineering [138] , Tags:Science; Mechanics; General; Technology & Engineering; Civil; Mechanical , Author sort:Bathias, Claude & Paris, Paul C. , Ids:9780203020609 , Languages:Languages:eng , Published:Published:Sep 2004 , Publisher:CRC Press , Comments:Comments:Written by pioneers in the study and analysis of very high cycle fatigue this text brings together the most recent findings on gigacycle fatigue phenomena, focusing on improving the reliability and performance of key engine and machine components. This reference reflects the explosion of new concepts, testing methods, and data on very high cycle fa
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ISBN 10: 0824723139
ISBN 13: 9780824723132
Author: Claude Bathias, Paul Paris
Gigacycle Fatigue in Mechanical Practice 1st Edition Table of contents:
Section 1: Introduction to Gigacycle Fatigue
- Overview of Fatigue in Engineering
- Historical Development of Fatigue Studies
- Gigacycle Fatigue: Definition and Significance
- Understanding the Differences Between Low-Cycle and High-Cycle Fatigue
- The Role of Fatigue in Mechanical Failures
Section 2: Fundamentals of Fatigue Theory
6. Basic Principles of Fatigue Loading and Material Behavior
7. Stress-Strain Curves and Their Relation to Fatigue
8. S-N Curves and Their Role in Fatigue Prediction
9. Mechanisms of Crack Initiation and Propagation in Fatigue
10. Fatigue Life Estimation and the Basquin Law
Section 3: Gigacycle Fatigue Testing
11. Experimental Methods for Gigacycle Fatigue Testing
12. The Role of Ultra-High-Cycle Fatigue Testing in Material Evaluation
13. Fatigue Testing Machines and Techniques
14. The Influence of Load Spectrum and Frequency on Fatigue Life
15. Statistical Approaches to Fatigue Data Analysis
Section 4: Material Behavior under Gigacycle Fatigue
16. Microstructural Effects in Gigacycle Fatigue
17. Influence of Surface Roughness on Fatigue Performance
18. Effects of Alloy Composition on Fatigue Resistance
19. High-Strength Steels and Non-Ferrous Alloys in Gigacycle Fatigue
20. Fatigue Resistance of Composite Materials
Section 5: Theoretical Models of Gigacycle Fatigue
21. Models for Predicting Gigacycle Fatigue Behavior
22. The Role of Crack Initiation in Ultra-High-Cycle Fatigue
23. Fatigue Damage Accumulation and Life Prediction Models
24. Influence of Microstructural Heterogeneity on Fatigue Strength
25. Multiaxial Fatigue and Its Relevance to Gigacycle Fatigue
Section 6: Fatigue in Engineering Applications
26. Gigacycle Fatigue in Aerospace Engineering
27. Fatigue in Automotive Components and Structures
28. Structural Components Subjected to Vibratory Loads
29. Gigacycle Fatigue in Turbomachinery and Pressure Vessels
30. Fatigue Considerations in Biomechanics and Medical Implants
Section 7: Surface Treatments and Fatigue Improvement
31. Surface Finish and Its Impact on Fatigue Life
32. Shot Peening and Other Surface Strengthening Techniques
33. The Role of Surface Coatings and Hardening Methods
34. Laser Peening and Other Advanced Surface Treatments
35. Impact of Surface Integrity on Gigacycle Fatigue Performance
Section 8: Advanced Fatigue Testing and Monitoring Techniques
36. Non-Destructive Testing Methods for Fatigue Detection
37. Use of Acoustic Emission in Monitoring Fatigue Damage
38. Digital Image Correlation (DIC) in Fatigue Testing
39. In-Situ Monitoring of Gigacycle Fatigue Behavior
40. The Role of Thermography and Strain Gauging in Fatigue Studies
Section 9: Fatigue in Real-World Engineering Systems
41. Fatigue Life Prediction in Complex Load Conditions
42. Fatigue in Components Under Multiaxial and Variable Loading
43. Fatigue Behavior in Welded Joints and Bolted Connections
44. Influence of Environmental Factors on Fatigue Life
45. Fatigue in Additively Manufactured Parts
Section 10: Gigacycle Fatigue and Material Selection
46. Criteria for Selecting Materials for Gigacycle Fatigue Applications
47. Design Considerations for Fatigue-Resistant Components
48. Role of Testing Standards and Material Databases
49. Failure Analysis and Case Studies of Gigacycle Fatigue Failures
50. Material Innovations for Enhanced Fatigue Resistance
Section 11: Future Directions in Gigacycle Fatigue Research
51. Emerging Research Areas in Gigacycle Fatigue
52. Advanced Numerical Simulations in Fatigue Prediction
53. Future of Ultra-High-Cycle Fatigue Testing and Technology
54. Prospects for New Materials and Manufacturing Processes
55. The Role of Artificial Intelligence in Fatigue Analysis and Design
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