海洋结构物疲劳寿命预报的统一方法 英文版

1 (p1): 1 Introduction
1 (p1-1): 1.1 Fatigue Problems in Marine Structures
2 (p1-2): 1.2 Current Practices of Fatigue Strength Assessments and Their Deficiencies
3 (p1-3): 1.3 Historical Overview of Metal Fatigue
6 (p1-4): 1.4 FLP Methods
6 (p1-4-1): 1.4.1 CFD Theories
17 (p1-4-2): 1.4.2 FCP Theories
22 (p1-5): 1.5 The Layout of the Book
23 (p1-6): References
31 (p2): 2 Current Understanding of Fatigue Mechanisms of Metals
31 (p2-1): 2.1 Introduction
32 (p2-2): 2.2 Difierent Phases of the Fatigue Life
34 (p2-3): 2.3 Crack Initiation Mechanisms for Different Metals
34 (p2-3-1): 2.3.1 Definition of a Crack Initiation
35 (p2-3-2): 2.3.2 Fatigue Crack Initiation in Slip Bands
36 (p2-3-3): 2.3.3 Crack Initiation Along the Grain Boundary(GB)
36 (p2-3-4): 2.3.4 Crack Initiation at Inclusions
39 (p2-3-5): 2.3.5 Slip Band and Dislocation in Single Crystal Metal
39 (p2-3-6): 2.3.6 Slip Band and Dislocation in Polycrystal Metal
41 (p2-3-7): 2.3.7 Fatigue Mechanism of Ultrafine-Grained Materials
42 (p2-4): 2.4 FCP Mechanisms
43 (p2-4-1): 2.4.1 Stage Ⅰ FCP
44 (p2-4-2): 2.4.2 Stage Ⅱ Crack Growth and Fatigue Striation
47 (p2-5): 2.5 Some Important Issues in Crack Growth
48 (p2-5-1): 2.5.1 Short Crack
50 (p2-5-2): 2.5.2 Crack Closure
52 (p2-5-3): 2.5.3 Effect of Loading Sequence
54 (p2-5-4): 2.5.4 Surface Effects
55 (p2-5-5): 2.5.5 Environmental Effects
57 (p2-6): 2.6 Fatigue Crack Growth Mechanism of Small Defects
57 (p2-6-1): 2.6.1 Engineering Initial Crack Size of Structures
58 (p2-6-2): 2.6.2 Definition of Short Crack and Long Crack
59 (p2-6-3): 2.6.3 Crack Growth Threshold and Intrinsic Crack Length
61 (p2-6-4): 2.6.4 Equivalent Crack Length for Short and Long Crack
62 (p2-7): 2.7 Summary
63 (p2-8): References
69 (p3): 3 Current State-of-the-Art of UFLP
69 (p3-1): 3.1 Introduction
69 (p3-2): 3.2 Unified Approach for Three Regions of FCP
70 (p3-3): 3.3 Unified Approach to the Stress Ratio Effect or Mean Stress Effect
73 (p3-4): 3.4 Unified Approach for Long-and Physically…