095 - ASM METAL HANDBOOK
95 - ASM METAL HANDBOOK
1- What is fatigue?
2- Fracture and structure
3- Fracture behaviour
4- Precipitation - hardening alloys
5- Ferrous alloys
6- Titanium alloys
7- Fatigue design philosophies
8- Considerations in conducting tests
9- Material property - structure interrelations
10- Infinite life criterion
11- Finite life criterion
12- Damage tolerant criterion
13- Alloy design for fatigue and fracture
14- Fracture mechanic methods
15- Monotonic fracture
16- Fracture steels
17- Aluminum alloy fracture toughness
18- Titanium alloy fracture toughness
19- Fatigue crack propagation
20- Nickel base alloys
21- FCP of steels
22- Aluminum alloy FCP
23- Titanium allot FCP
24- Micromechanisms of monotonic and cyclic crack growth
25- Cyclic crack growth
26- Fatigue failure in metals
27- Initiation of microcracks
28- Growth of macrocracks
29- Mechanical stress-strain response
30- BCC metals and alloys
31- Cyclic deformation in structural alloys
32- Modelling of css
33- Fatigue crack nucleation and microstructure
34- End of the nucleation stage
35- Fatigue crack growth under variable amplitude loading
36- Engibneering applications
36- Fataigue crack thresholds
37- Welds
38-
39- Behaviour of small fatigue cracks
40- Types oc small fatigue cracks
41- Cheically smak cracks
42- Effect of crack shape on fatigue crack-growth
43- Fatigue crack growth testing
44- Loading methods
45- Mechanisme of corrosion fatigue
46- Corrosion fatigue testing
47- General test methods
48- Detection and monitoring of fatigue cracks
49- Acoustic emmission techniques
50- Ultrasonic methods
51- Infrared techniques
52- Fundamentals of modern fatigue analysis for design
53- Estimating fatigue life
54- Multiaxial fatigue strength
55- Factors influencing weldment fatiuge
56- Fatigue of mechanically fastened joints
57- Statistical consideration in fatigues
58- Planning and evaluation of fatigue tests
59- Effect surface conditions and processing on fatigue performane
60- Fretting fatigue
61- Contact fatigue
62- Fatigue and fracture control for powder metallurgy component
63- Fatigue and life prediction of gears.
64- Fatigue and life predicton of bearing
65- Fatigue of springs
66- An introductionto fracture mechanics
67- Fracture resistabce of structural alloys
68- Fracture toughness testing
69- The practice of damage tolerance analysis
70- Residual strength of metal structure
71- Fatigue and fracture control of weldments
72- Fracture mechaniics in failure analysis
73- Operation stress maps for failure control
74- Failure control in process operations
75- Stress corrosion cracking and hydrogen embrittlement
76- Elevated temperature crack growth
77- High temperature life assessment
78- Thermal and thermomechanical fatigue of structural alloys
79- Lİfe extension and damage tolerance os aircraft
80- The U.S air force approach to aircraft damage tolerant design
81- Fracture and fatigue properties of structural steels
82- Fatigue resistance and microstructure of ferrous alloys
83- Fracture maechanics properties of carbon and alloy steel
84- Fatigue and fracture properties of cast steels
85- Fatigue and fracture properties of cast irons
86- Contact fatigue of hardened steels
87- Fatigue and fracture properties of stainless steels
88- Fracture toughness of base metal
89- Fracture toughness of auteniitic stainless and their welds
90- Fatigue and fracture properties of duplex stainless steels
91- Selecting aluminium alloys to resist failure by fracture mechanisms
92- Fatigue strength of aluminium alloy welds
93- Fatigue and fracture properties of titanium alloys
94- Fatigue and fracture of nickel base superalloys
95- Fatigue of solders and electronic materials
96- Fracture and fatigue of DRA composites
97- Fatigue of composite laminates
98- Fatigue of brittle materials
99- Toughening and strengthening models for nominally brittle materials
100- Fataigue and fracture behaviour of glasses
101- Summary of stress intensity factors
Size - 50.9 Mb
Sayfa - 2592
Language - English
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