Boller / Seeger / Laird Materials Data for Cyclic Loading

Low-Alloy Steels
1. Auflage 2013
ISBN: 978-1-4831-9318-2
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 576 Seiten, Web PDF

Materials Data for Cyclic Loading, Part B: Low-Alloy Steels presents materials data for cyclic loading which provide the basis for materials assessment by direct comparison of data or characteristic values and for estimating the crack initiation lives of low-alloy steels under constant and variable amplitude loading. The data include stress-strain curves, strain life curves, and mean stress parameter life curves for cyclic loading. Each data sheet takes up a maximum of four pages. The first page gives a description of the material and testing procedure. The chemical composition is always given in weight percent and corresponds to the values given in the literature referred to. The second and third pages show the diagrams for: stress-strain curves for monotonic and cyclic loading; strain life curve;, and mean stress (damage) parameter life curve according to the parameter of Smith, Watson and Topper. Unless indicated otherwise in the plots, the experiments were carried out at room temperature in laboratory air. The diagrams for the stress-strain relationships contain at the most three curves, one for monotonic loading and two for cyclic loading, the latter being evaluated from incremental step tests and constant amplitude tests. All three curves can be described approximately by an analytical function. This book will be of interest to materials scientists.

Autoren/Hrsg.

Boller, Chr.

Seeger, T.

Laird, C.

Inhaltsverzeichnis

1;Front Cover;1
2;Materials Data for Cyclic Loading;4
3;Copyright Page;5
4;Table of Contents;6
5;Introduction;10
6;Literature;15
7;Nomenclature;16
8;Indexes;17
9;Introduction;10
10;Nomenclature;16
11;Data sheets:;24
12;TTStE 32;24
13;StE 460;27
14;StE 460 coldformed;43
15;StE 460 rolled skin;46
16;WStE 460;50
17;StE 590 (HT 60);54
18;StE 590 (A302B);57
19;StE 690;63
20;StE 690 prestrained;70
21;StE 690 rolled skin;74
22;17 MnCrMo 3 3 (N-A-Xtra 70);81
23;17 MnCrMo 3 3 (N-A-Xtra 70) em= 0;88
24;17 MnCrMo~3 3 (N-A-Xtra 70) elevated temperature;95
25;11 NiMnCrMo 5 5 (HSB 77 V);98
26;StE 790 (HT 80, HY 80, AISI 1080);102
27;HY–130;123
28;BHW 25;126
29;17 MnNiMo 5 3 4 (BHW 38);129
30;17 MnNiMo 5 3 4 (BHW 38) elevated temperature;132
31;15 MnMoNiV 5 3;135
32;15 MnMoNiV 5 3 elevated temperature;138
33;17 MnMoV 6 4 (WB 35);141
34;17 MnMoV 6 4 (WB 35) elevated temperature;144
35;2 MnCr 7 8;147
36;2 MnCr 7 8 low temperature;150
37;4 MnMo 7;153
38;4 MnMo 7 low temperature;156
39;8 Mn 6;159
40;12 MnMo 5 (SPV 50);165
41;14 Mn 5 (Van–80);177
42;14 Mn 5 (Van–80) prestrained;180
43;19 Mn 5 elevated temperature;183
44;20 Mn 3 (RQC 100);186
45;20 Mn 3 (RQC 100) prestrained;189
46;22 MnCrNi 3 (AISI 8620H);192
47;22 MnCrNi 3 (AISI 8620H) carburized;195
48;23 Mn 4 (AOS 1122 B);198
49;25 Mn 3 (A36);201
50;25 Mn 4 (A-516 Gr 70, AOS 1122 A);204
51;28 MnCu 6 (Man–Ten);223
52;28 MnCu 6 (Man–Ten) prestrained;226
53;30 MnCr 5 (C30MB);229
54;41 MnCr 34 (41CrM4B);232
55;49 MnVS 3;235
56;49 MnVS 3 Em=0;238
57;80 Mn 4 (ASTM Al);244
58;10 CrMo 9 10 (SCMV4);247
59;10 CrMo 9 10 elevated temperature;256
60;12 CrMo 8 (2 1/4 Cr 1 Mo);304
61;13 CrMo 44;307
62;13 CrMo 44 elevated temperature;325
63;13 CrMo 44 rough surface;358
64;14 CrMo 9 10 elevated temperature;364
65;16 CrMo 5 4 (SCMV3);376
66;16 CrMo 5 4 (SCMV3) elevated temperature;385
67;28 CrMoNiV 4 9;433
68;28 CrMoNiV 4 9 elevated temperature;436
69;30 CrNiMo 8;439
70;34 CrNiMo 6;461
71;30 CrMo 2 (AISI 4130);464
72;37 CrMo 2 (SCM435);470
73;40 CrMo 4;473
74;42 CrMo 4;476
75;42 CrMo 4 effi^ 0;503
76;55 Cr 3;509
77;100 Cr 6 (AISI 52100);515
78;14 MoV 6 3;518
79;14 MoV 6 3 elevated temperature;521
80;15 Mo 3;527
81;15 Mo 3 elevated temperature;533
82;NiCrMo 10 (EN 25);536
83;4 NiCrMn 4 (IN 787);542
84;16 NiCrMo 3 2 (A 514);545
85;23 NiCr 4 (USST–1);548
86;23 NiCr 4 (USST–1) prestrained;551
87;28 NiCrMo 7 4;554
88;40 NiCrMo 7 (AISI 4340);557
89;43 NiCr 7 9 (SAE 4340);563
90;43 NiCr 7 9 (SAE 4340) prestrained;569
91;CuNiMo;572
92;CuNiMo elevated temperature;575