книги / Усталость металлов

в кГ/мм2

Предел длительной статической

прочности в кГ/мм2

для долговечности

1000 ч

р а т у р е

в°С

650

700

750

500

550

600

650

700

36,3

33,8

29,7

—

-

25, 1

15,7

11,9

45,8

36,1

—

—

37 ,7 —

25,1 —

14,2

39,3

26,7

50,4

48,2

42,7

-

-

-

29,1

21,2

-

35. 1

-

47, 1

34,5

20,4

9,41

_

—

36,9

-

51,7

36, 1

26,7

15,7

7,85

—

33,7

—

—

34,5

20,4

14,2

8,63

р а т у р е

в°С

700

800

900

600

650

700

750

800

38,4

26,7

11,0

20,4

13,8

8,62

5.5

2,98

—

—

—

_

20,4

14,1

8,62

6,28

42, 1

30,0

—

—

22,8

15,7

7,85

48,6

39,2

25,6

31,4

23,7

18,85

13,0

8,62

48,6

39,2

25,6

31,4

23,7

18,85

13,0

8,62

48,0

29,9

17,3

—

25,2

20,4

11,0

7,55

42,3

34,0

—

_

29,9

18,85

12,55

9, 1

70,7

60,5

33,0

—

—

29,9

22,8

17,3

70,7

60,5

33,0

—

_

29,9

22,8

17,3

—

—

—

—

—

29, 1

21,2

15,7

45,5

—

—

31,4

19,6

12,55

54,2

35,0

—

_

57,2

44,5

■

—

—

—

27,5

16,2

ратуре в °С

Предел длительной

статической прочности в кГ1мм2 для долго­

вечности 1000 ч при температуре в °С

900

1000

650

700

750

815

870

980

11,0

7,85

—

—

—

__

_

.

23,55

6,28

42,4

29,4

18,05

8,8

-

-

23,55

6,28

46,6

34,0

23,8

11,9

6, 13

—

40,8

17,3

62,8

47,

1

37,0

23,3

12,7

-

15,7

-

-

-

17,3

-

8,65

-

-

-

-

44,7

36,4

27,5

18,85

4,87

—

—

—

-

-

-

—

-

66.

R. P. N e w m a n ,

«The Fatigue

Testing

of Welded Structures». Chapter in

67.

Metal Fatigue. Chapman & Hall

(1959)

348.

S. F. D о r e y,

«Large

Scale Torsional

Fatigue Testing of Marine Shaf­

68.

ting». Proc. Inst. Mech. Engrs. 159 (1948)

309.

Structures». Chapter

R. J. A t k i n s o n ,

«The Fatigue Testing of

Aircraft

69.

in Metal Fatigue. Chapman & Hall

(1959)

366.

H. L. C o x

and

E. P. C o l e m a n ,

«А

Note on Repeated Loading Tests

70.

on Components and Complete Structures». J. Royal Aero. Soc.

54

(1950) 1.

L. В a e s and Y. V e г w i 1s t, «А Large

Mechanical

Installation

for Endu­

71.

rance Tests». Proc. Soc. Exp. Stress Analysis 16. 1

(1959)

39.

for

Testing

B. T h u r l i m a n n

and W.

J.

Ewe y,

«Modern Installation

of Large Assemblies Under Static and Fatigue Loading». Proc. Soc. Exp.

72.

Stress Analysis

16.

2 (1959)

81.

Stresses.

J. W. Edwards,

Ann

Arbor,

H. N e u b e r,

Theory

of Notch

73.

Michigan 1946.

«Production

of

Specimens for

Static

and

Fatigue

T. S. B r a

ith wa i t e ,

74.

Testing». Machinery 86 (1955) 34.

and

Mean

Loads

in Haigh

B. F. B i l l i n g ,

«Measurement

of Fluctuating

75.

Fatigue Testing Machines». J. Royal Aero. Soc. 58

(1954)

508.

Metal-

M. H. R o b e r t s ,

«Precise

Measurement

of Fatigue

Test

Load».

76.

lurgia 46 (-1952)

107.

Calibration

of

Fatigue

Testing

Machines».

T. M. Do we l l ,

«Dynamic

77.

Engineering

185

(1958)

693.

Method

using Modified Pro­

R. C. A. T h u r s t o n ,

«Dynamic Calibration

78.

ving Ring». Amer. Soc. Test. Mat. Bull.

154

(1948)

50.

Fatigue

Testing

P. G. F o r r e s t ,

«Optical

Dynamic Weighbar

for

a

79.

Machine». Engineering 174 (1952) 801.

«Effect

of

Stress

Amplitude on

G. M. S i n c l a i r

and

T. J. Do l a n ,

Statistical Variability in Fatigue Life of 75 S—T6 Aluminium Alloy». Trans.

Amer. Soc. Mech. Engrs. 75

(1953)

867.

82.

J. T. R a n s o m

and

R. F. M e h 1, «The Statistical Nature

of the Fatigue

Properties of SAE 4340 Steel Forgings». Symp. on Fatigue with emphasis

on Statistical Approach II. Amer. Soc. Test Mat.

Spec.

Tech.

Publ.

137

(1952)

3.

83.

J. С 1a у t о n—C a v e,

R. J. T a y l o r

and

E. I n e s о n,

«Reproducibility

84.

of Wohler Fatigue Tests». J. Iron and Steel Inst.

180

(1955)

161.

F. A. M c C l i n t o c k ,

«А Criterion

for

Minimum Scatter

in

Fatigue Tes­

85.

ting». J. Appl. Mech. 22 (1955) 427.

in

Fatigue

Testing».

Colloquium

on

F. A.

M c C l i n t o c k ,

«Variability

86.

Fatigue: Stockholm 1955. Springer-Verlag Berlin

(1956)

171.

in

E. Tne s on,

J.

C l a y t o n - C a v e

and'

R. J.

T a y l o r ,

«Variation

Fatigue Properties over Individual casts

of

Steel—Investigation

of a Cast

of Steel to B. S. 970, Specification En.

100». J.

Iron

and

Steel

Inst.

184

87.

(1956)

179.

«The

Fatigue Properties

of Aluminium

Alloys». Chapter

in

G. F o r r e s t ,

Metal

Fatigue. Chapman & Hall (1959)

189.

88.

N. T.

B l o o m e r ,

«Time Saving

in Statistical

Fatigue

Experiments».

Engineering 184

(1957)

603.

90.

W. W e i 5 u 11, «Statistical Design

of Fatigue

Experiments». J. Appl. Mech.

19

(1952)

109.

91.

A. M. F r e u d e n t h a l and

E.

J.

G u m b e 1,

«Physical and Statistical

Aspects of

Fatigue». Advances

in

Appl. Mech.

4

(1956) 117.

92.

P. F r i t

h, «Fatigue

Tests

on

Rolled

Alloy

Steels»,

Iron

and

Steel

93.

Inst.

Special

Report

No. 50

(1954).

High—Tensile Alloy Steels». Int. Conf.

P. H. Fr i t h, «Fatigue

of Wrought

94.

on Fatigue Instn. Mech. Engrs.

(1956)

462.

of

Metals. McGraw Hill,

H. F. M o o r e

and

J.

В. К о m m e г s, Fatigue

95.

New York

(1927).

Steel

and

its

Heat—Treatment

1

(1938)

37.

D. K. B u i l ens,

96.

R. C a z a u d, «Mechanical

Properties of Steel

of

Varying Nickel Content».

97.

Rev. Metal 52 (1955) 579.

Z u r b u r g

and

M.

A. E r i c k s o n ,

«Interpre­

M. F. G a r w o o d , H. H.

tations of Tests and Correlation with Service». Symp. «Correlation of La­

boratory Tests and Service Performance». Amer. Soc. Met. (4951).

98. J. H. Mo o r e , «Vacuum Melting Lengthens

Fatigue

Life,

Improves Impact

99.

Properties». Iron

Age

171 (1953)

154.

«Fatigue

Results

on

a Steel

of up

J. E. R u s s e l l

and

D. V. Wa l k e r ,

to 800 V. P. N. Hardness, using Notched and Unnotched Specimens». Int.

100.

Conf. on Fatigue, Instn. Mech. Engrs.

(1956)

459.

(1956) 770.

M. L. B e c k e r ,

Int. Conf. on

Fatigue, Instn.

Mech. Engrs.

101.

D. O. M o r r i s ,

«Composition

and

Physical

Properties

of

Steel

in

Rela­

tion to Fatigue». Symposium on Fatigue, Univ. of Melbourne (1946)

336.

102. Anon. «Effect

of

Sulphur

on the Endurance Properties of Rivet Steels».

103.

Proc. Amer. Soc. Test. Mat.

24

1

(1924) 96.

Fatigue

Properties

W. E. B a r d g e t t ,

«Effect

of Lead Additions on the

104.

1956)

392.

on the

J. W о о 1m a n

and

A. J a c q u e s ,

«Influence

of

Lead

Additions

Mechanical

Properties and

Machinability of some Alloy Steels». J.

Iron

105.

and Steel Inst. 165 (1950) 257.

«Effects of

Austenitic Grain

Size

G. M.

S i n c l a i r

and

T. J.

Do l a n ,

and Metallurgical Structure on the Mechanical Properties of Steel». Proc.

Amer. Soc. Test

Mat.

50

(1950)

587.

of Metallurgical

Structure on

Fati­

106.

T. J. D o l a n

and

C. S. Yen, «Effect

gue Strength and Notch Sensitivity of Steel». Proc. Amer. Soc. Test. Mat.

48

(1948)

664.

107.

F. В о г i k,

R. D. C h a p m a n

and

W. E. J о m i n y, «The

Effect

of

Per­

cent Tempered Martensite on the Endurance Limit». Trans. Amer. Soc. Me­

108.

tals

50

(1958)

242.

J.

A. B e n n e t t

and W.

A.

P e n n i n g t o n ,

«Fatigue

H. E. F r a n k e l ,

Properties

of

High

Strength

Steels». Trans. Amer. Soc. Metals

52

(1960)

257.

109.

P.

L. Teed,

«The

Influences

of

Metallographic

Structure

on

Fatigue».

Symp. Fatigue

and

Fracture

of

Metals

M. I. T. John

Wiley,

New

York

(1950)

252.

110. J. T. R a n s o m

and

R. F

M e h 1, «Anisotropy

of the

Fatigue

Properties

of SAE 4340 Steel Forgings». Proc. Amer. Soc. Test. Mat. 52 (1952)

779.

111. J. T. R a n s o m ,

«Effect of Inclusions on the Fatigue

Strength of SAE

4340

112.

Steels». Trans. Amer. Soc. Met. 46 (1954) 1254.

of

Inclusions

on the

W. C. S t e w a r t

and W.

L. W i l l i a m s ,

«Effect

Endurance Properties of Steels». J. Amer. Soc. Naval Engrs. 60 (1948)

475.

ИЗ. H. N. C u m m i n g s ,

F.

B.

S t u l e n

and

W.

C. S c h u l t e ,

«Tentative

Fatigue Strength Reduction Factors for Silicate-Type Inclusions in High-

Strength Steels. Proc. Amer. Soc. Test. Mat. 58 (1958)

505.

and the Influence of Metallurgical Factors». Amer. Soc.

Test. Mat. Spec.

115.

Tech. Publ. 137 (1953).

H.

S t y r i ,

«Fatigue

Strength of Ball-Bearing Rases and Heat-Treated

52100 Steel Specimens». Proc. Amer. Soc. Test. Mat. 51

(1951) 682.

116.

R. C a z a u d,

Fatigue

of Metals, 4th ed. Dunod, Paris

(1959).

3rd ed.

Translated

by

A. J. Fenner, Chapman

and Hall, London

(1953).

138. J. Y. Ma nn, «Survey of

Fatigue Data of DTD 363 and 364 Aluminium

Alloys». Aero. Res. Lab. Melbourne. S M Note 248 (1958).

139. R. F. H a n s t o c k , «The

Reactions of High Strength Aluminium

Alloys

to Alternating Stresses». Int. Conf. on Fatigue, Instn. Mech. Engrs.

(1956)

425.

140.

T. B r o o m

J.

H. M o l i n e x

and

V.

N.

Wh i t t a k e r ,

«Structural

Changes During the Fatigue of Some Aluminium Alloys». J. Inst. Met. 84

(1956)

357.

and V. N. Wh i t t a k e r , «Structural Changes

141. T. B r o o m, J. A. M a z z a

Caused

by Plastic

Strain and

by

Fatigue

in

A1—Zn—Mg—Cu

Alloys».

142.

J.

Inst.

Met.

86

(1957)

17.

K l o e r i s

,

^

o

,

J.

L. W a i s m a n ,

L. S о f f a,

P. W.

and C.

S.

Yen, «Effect

of Internal Flaws on the Fatigue Strength of Aluminium Alloys». Nondes­

143.

tructive Testing 16 (1958) 477.

and

E. C.

H a r t m a n n ,

«Effect of

R.

L. T e mp

1-in,

F. M. H o w e l l

Grain Direction on Fatigue Properties of Aluminium Alloys». Prod. Engng.

21

(July

1950)

126.

See

also A. S. M. E. Handbook

Metals

Engineering-

144.

Design

(1953)

112.

F. M. H o w e l l

and

J.

O.

Ly s t , «Fatigue

Properties

R. L. T e m p i

in,

of

Cast Aluminium

119.

from

the

145. A. Beck, Technologyof

Magnesium

and

its

Alloys.

Transl.

146.

German. F. A. Hughes

& Co. Ltd. London. 3rd

edition

(1943).

P. H. F r i t h ,

Properties of Wrought and Cast

Aluminium

and Magnesium

147.

Alloys

at

Room

and Elevated Temperatures. H. M. S. O.

(1956).

Some

Cop­

H. L. B u r g h

o f f

and

A.

I. B l a n k ,

«Fatigue

Properties

of

pers and

Copper

Alloys

in

Strip

Form».

Proc. Amer. Soc. Test. Mat. 48

148.

(1948)

709.

and

W. J. C r a i g ,

«Influence

of

Grain

Size on

Work

G. M. S i n с 1a i г

Hardening and Fatigue Characteristics of а-Brass». Trans. Amer. Soc. Met.

149.

44

(1952)

929.

E. F. S w a n

and

E. W. P a l m e r ,

«Fatigue Tests of

A. R. A n d e r s o n ,

Some Additional

Copper

Alloys».

Proc. Amer.

Soc. Test.

Mat.

46

(1946)

678.

150.

H.

L. B u r g h o f f

and

A.

I. B l a n k ,

«Fatigue

Characteristics of

Some

151.

(1947) 695.

Some

Copper

A. R. A n d e r s o n

and

C.

S. S mi t h ,

«Fatigue

Tests

on

Alloys». Proc. Amer. Soc. Test. Mat. 41

(1941)

849.

on

Some

Copper

152. H. L. B u r g h o f f

and

A.

I. B l a n k ,

«Fatigue

Tests

Alloys in Wire Form». Proc. Amer. Soc. Test. Mat.

43

(1943)

774.

153. G. R. Go h n and

S. M. A r n o l d ,

«Fatigue

Properties

of

Beryllium-Cop­

741.