Abstract
Previous investigations into cumulative damage fatigue under uniaxial stress are discussed in conjunction with the parameters relevant to the present experimental investigation. The results of two-level block programme tests on 2L65 aluminium alloy at four values of constant principal stress ratio and at several combinations of two different principal stress ratios are presented and discussed with reference to cumulative damage criteria developed for the case of uniaxial fatigue stress.
Get full access to this article
View all access options for this article.
References
1.
Mcdiarmid
D. L.
‘Failure criteria and cumulative damage in fatigue under multiaxial stress conditions’ , Ph.D. thesis, The City University , London , 1972 .
2.
Mcdiarmid
D. L.
‘A criterion of fatigue failure under multiaxial stress’ . To be published.
3.
Baltherwick
A. A.
Viste
N. D.
‘Cumulative damage under biaxial fatigue stress’ , Mat. Res. Stand.
1967
7 (8 ), 331 –6 .
4.
Miner
M. A.
‘Cumulative damage in fatigue’ , J. appl. Mech., Trans. Am. Soc. mech. Engrs
1945
12 (3 ), A159 –A164 .
5.
Henry
D. L.
‘A theory of fatigue-damage accumulation in steel’ , Trans. Am. Soc. mech. Engrs
1955
77 (6 ), 913 –18 .
6.
Roylance
T. F.
‘Review of cumulative damage in fatigue’ , M.O.S.S. and T. Memo. 8/57, 1957 .
7.
Kaechele
L.
‘Review and analysis of cumulative damage theories’ , Rand Corp. Memo. RM-3650-PR, 1963 .
8.
O'Neill
M. J.
‘A review of some cumulative damage theories’ , Aero. Res. Lab., Structures and Materials , Melbourne, Australia , Rep. 326, 1970 .
9.
Palmgren
A.
‘The life of ball bearings’ , Z. Verein. dt. Ing.
1924
68 (14 ), 339 –41 .
10.
Langer
B. F.
‘Fatigue failure from stress cycles of varying amplitude’ , Trans. Am. Soc. mech. Engrs
1937
59 , A160 –A162 .
11.
Shanley
F. R.
‘A proposed mechanism of fatigue failure’ , I.U.T.A.M. Colloquium on Fatigue, Ed.
Weibull
W.
, 1955 , 251 .
12.
Valluri
S. R.
‘A unified engineering theory of high stress level fatigue’ , Aerospace Engng
1961
10 , 18 .
13.
Marco
S. M.
Starkey
W. L.
‘A concept of fatigue damage’ , Trans. Am. Soc. mech. Engrs
1954
76 (4 ), 627 –632 .
14.
Edwards
P. R.
‘Cumulative damage in fatigue with particular reference to the effects of residual stresses’ , Royal Aircraft Establishment , Tech. Rep. 69237, 1969 .
15.
Corten
H. T.
Dolan
T. J.
‘Cumulative fatigue damage’ , Proc. Int. Conf. Fatigue of Metals 1956 , 235 –46 (Institution of Mechanical Engineers , London ).
16.
Liu
H. W.
Corten
H. T.
‘Fatigue damage during complex stress histories’ , N.A.S.A. T.N. D-256, 1959 .
17.
Liu
H. W.
Corten
H. T.
‘Fatigue damage under varying stress amplitudes’ , N.A.S.A. T.N. D-647, 1960 .
18.
Schjelderup
M. C.
‘Cumulative fatigue damage’ , J. Aerospace Sci.
1959
26 (7 ), 394 –5 .
19.
Freudenthal
A. M.
Heller
R. A.
‘On stress interaction in fatigue and a cumulative damage rule’ , J. Aerospace Sci.
1959
26 (7 ), 431 –42 .
20.
Marsh
K. J.
‘Cumulative fatigue damage under a symmetrical saw-tooth loading programme’ , N.E.L. Rep. No. 136, 1964 .
21.
Jacoby
G.
‘Comparison of fatigue life estimation process for irregularly varying loads’ , 81 –93 , Proc. 3rd Conf. on Dimensioning, Budapest 1968 .
22.
Plantema
F. Y.
Some investigations on cumulative damage’ , 218 –228
Colloqium on Fatigue
1955 (Springer , Berlin ).
23.
Baldi
R. W.
‘Experimental investigation of fatigue damage accumulation’ , Aircraft Eng , 1972 (11).
24.
Naumann
E. C.
Hardrath
N. F.
Guth
I. D.
‘Axial loading fatigue tests on 2024-T3 and 7075-T6 aluminium alloy specimens’ , N.A.S.A. TN D-212, 1959 .
25.
Buch
A.
‘Sequence effects in two-level and multilevel fatigue tests of notched and unnotched specimens’ , T.A.E. Rep. 231, 1974 .
26.
Krempl
E.
‘The influence of the state of stress on low-cycle fatigue of structural materials: a literature survey and interpretive report’ , A.S.T.M. STP 549, 1974 .
27.
Zachariah
K. P.
‘Fatigue crack initiation and Stage I propagation’ , Ph.D. thesis, University of Cambridge , 1974 .
28.
Gardiner
T.
Cumulative fatigue damage at elevated temperature’ , Ph.D. thesis, University of Cambridge , 1974 .