MATERIALS DATA FOR CYCLIC LOADING - GBV

MATERIALS SCIENCE MONOGRAPHS, 61

MATERIALS DATA FOR CYCLIC LOADING SUPPLEMENT 1

A. BÄUMELJr. and T SEEGER Fachgebiet Werkstoffmechanik, Technische Hochschule Darmstadt, F.R.G.

ELSEVIER AMSTERDAM • OXFORD • NEW YORK • TOKYO 1990

-

vii

Contents

1 Introduction 1

2 Structure of the Book 1

3 Evaluation Procedure 2

3.1 Monotonie Properties 2

3.2 Cyclic Properties 4

3.3 Extrapolated Functions 7

3.4 Compatibility Condition 8

3.5 Mean Stress Influence 8

4 Estimation Formulas for Cyclic Properties 10

4.1 Estimation Formulas of Manson et al 10

4.2 Uniform Material Law 11

4.3 Deviations of the Uniform Material Law 16

4.4 Comparison of Estimation Formulas 17

Bibliography 19

Nomenclature 22

Indexes 23

VW Materials Data for Cyclic Loading

A , U n a l l o y e d S t e e l s

Fe A.l

StOO A.10

St 42 (SB 42) A.16

St 52-3 ( E 3 6 Z35) A.28

HSLA500 A.31

H S L A - D D Q A.40

CklO ( S 1 0 C ) A.46

C k l 5 A.49

vacuum A.52

nitr ided A.58

Ck35 ( S 3 5 C ) A.64

SAE1038 A.67

C45 ( S 4 5 C ) A.70

Ck45 A.73

nitr ided A.76

elevated t empera tu re A.97

salt water A.112

Ck80 A.175

Dual-Phase Steel 400 A.178

Dual-Phase Steel 600 A.190

V Bibliography, Chapter A A.209

\ Materials Data for Cyclic Loading ix

B, Low-Alloy Steels

10 CrMo 9 10 (2.25 Cr-1 Mo) B.l

elevated temperature B.7

Fe-Mn-Nb B.31

15 Mo 3 B.34

elevated temperature B.37

17Mn4 B.52

Fe-Mn-Si-Nb B.55

22 MnCrNi 3 carburized (AISI 8620 H) B.76

M 3 B.79

30 CrMo4 (SAE4130) B.82

30CrNiMo8 B.85

nitrided B.88

30CrMoNiV511 (A 470-8) B.91

elevated temperature B.94

34 CrMo4 (SCM435) B.148

40CrMo4 B.178

40NiCrMo6 (SNCM439) B.184

41Cr4 B.220

42Cr4 (SCr440) B.223

50CrMo4 B.253

£m ^ 0 B.256

o-m ¥= 0 B.260

x Materials Data for Cyclic Loading

vacuum B.267

nitrided B.273

Bibliography, Chapter B B.279

C, High-Alloy Steels

X 5 C r N i l 8 9 (AISI 304, SUS304-HP) C.l

salt water C.4

elevated temperature C.13

X2CrNiMol810 (AISI 316 L) C.67

elevated temperature C.88

X6CrNi l811 elevated temperature C.100

X8CrNiNb 16 13 elevated temperature . . C.103

X8CrNiTi l810 C.106

elevated temperature C.109

X10CrNiTi l8 9 C.130

coldformed C.133

X20CrMoVl21 C.139

X22CrMoV121 elevated temperature C.142

Inconel617 C.145

elevated temperature C.148

Inconel625 elevated temperature C.154

Inconel MA 754 elevated temperature C.160

Hastelloy X 85 elevated temperature C.166

Materials Data for Cyclic Loading xi

HastelloyX C.169

elevated tempera ture ' C.172

Maraging M 200 elevated t empera ture C.175

Copper C.187

alloys C.193

CuNiCr30 C.202

CuNiCr35 C.205

Bibliography, Chapter C C.215

D , A l u m i n i u m a n d T i t a n i u m A l l o y s

Al 99.5 (1200 Alloy) D. l

A12024-FC(B) D.7

AlCuMg2 (2024-T3) D.10

Al-Mg-Si D.13

2024-T4 D.16

salt water D.19

AlMg4.5Mn (5083 Alloy) D.25

6061-T6 D.31

6351-T6 D.34

7005-T5 D.37

A l Z n M g l - F 3 5 D.40

A l Z n M g l - F 4 2 D.43

7075-T6 D.46

xii Materials Data for Cyclic Loading

AlSiMg7 (A356-T6) D.52

Al-Li 2020 elevated temperature D.64

Al-Li-Cu D.70

water D.76

vacuum D.79

Al-Li-Mn D.82

water D.85

Titanium 829 D.88

elevated temperature D.91

Bibliography, Chapter D D.97

E , Cast and Weld Meta l s

GG-30 E.l

elevated temperature E.7

GGV-30 E.13

elevated temperature E.19

GGG-40 E.25

elevated temperature E.31

GGG-60 E.37

elevated temperature E.43

TM 49 elevated temperature E.49

TM 185 elevated temperature E.52

TM 321 elevated temperature E.55

Materials Data for Cyclic Loading xiii

IN 738 LC elevated temperature E.61

MM 247 elevated temperature E.64

Alloy B-1900 elevated temperature E.70

St 42 (SB 42) E.88

10CrMo910 E.100

elevated temperature E.103

10MnMoNi5 5 E.130

Bibliography, Chapter E E.133

F, Corrected Evaluation

30CrMo2 (AISI 4130) F.l

100 Cr 6 (AISI 52100) F.7 \ /

40NiCrMo7 (AISI 4340) F.10

X4NiCrTi7315 3 (Inconel X) F.16

X3CrNil9 9 (AISI 304) F.19

X3CrNil9 9 (AISI 304 ELC) F.22

Xl0CrNiMol6 4 2 (AM 350) F.25

X 25 CrNiMn 25 20 (AISI 310) F.31

X 15 Be 98 (Beryllium) F.34

AlSil (1100 Al) F.37

AlMg5.1Mn (5456-H311) F.40

AlCu4.5Mn (2014-T6) F.43

Ti6Al4V F.46

xiv

IN738LC F.49

Ck45 F.55

em £ 0 F.58

17MnCrMo33 (N-A-Xtra 70) F.62

tm ± 0 F.65

49MnVS3 F.69

em ? 0 F.72

42CrMo4 F.76

em ± 0 F.79

AlMg 4.5 Mn F.83

em ? 0 F.86

7075-T65 F.90

em ± 0 F.93

AlCuMg2 (2024-T3) F.95

em ± 0 F.98

T i6Al4V F.102

£m / 0 F.105

GSMnNi6 3 (Gs Ark 10) F.109

em 7^0 F.112

Bibliography, Chapter F F.117