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142 R.P KAUFMAN AND ZH. TOPPER
9. Guest, J.J., (1940) “On the strength of ductile materials under combined stresses,” Proc. Inst
of Automobile Engrs. 3533.
10. Gough, H.J., and Pollard, H.V., (1935) ‘The effect of specimen form on the resistance of
metals to combined alternating stresses,” Proc. Insr Mech Engrs. 131,3.
1 1. Stanfield, G.,( 1935) Discussion of the strength of metals under combined alternating stresses,
by Gough, H. and Pollard, H., Proc. Inst Mech Engrs. 131 93.
12. McDiamid, D.L., (1974) “Mean stress effects in biaxial fatigue where the stresses are out-
of-phase and at different frequencies,” Aero J. 78 325.
13. Carpinteri, A., and Spagnoli, A. (2001) “Multiaxial high-cycle fatigue criterion for hard
metals.” Int J Fatigue 23, 135-145.
14. Kandil, F.A., Brown, M.W., and Miller, K.J., (1982) “Biaxial low-cycle fatigue fracture of
316 stainless steel at elevated temperatures,” The Metals Society 280 203.
15. Fatemi, A., and Socie, D. (1988) “A critical plane approach to multiaxial fatigue damage
including out-of-phase loading, “J Far and Fract Eng Mat and Struct.3 149.
16. Socie, D.F., Kurath, P. and Koch, J., “A multiaxial LCF parameter,” (1985) Second
International Symposium on Multiaxial Fatigue.
17. Fatemi, A., and Kurath, P., (1988) “Multiaxial fatigue life predictions under the influence of
mean-stress,” J Eng Mat and Tech 110 380.
18. Sines, G,. PhD Thesis, “Failure of materials under combined repeated stresses with
superimposed static stresses,” University of California, USA.
19. Sines, G., and Ohgi, G., (1981) “Fatigue criteria under combined stresses and strains,” Trans
ASME, 103 82.
20. Seeger, G., (1 936) Zeitschift d. V.I., 80 698.
21. Smith, M.C., and Smith, R.C., (1988) ‘Towards an understanding of Mode 11 fatigue crack
growth,” ASTM STP 924 260.
22. Burns, D.J., and Parry, J.S.C., (1964) “Effect of large hydrostatic pressures on the torsional
fatigue strength of two steels,” JMech Eng Sci, 6 293.
23. Socie, D.F., and Waill, L.A., Dittmer, D.F., (1985) “Biaxial fatigue of inconel 718 including
mean stress effects,” ASTM STP 853.
24. Socie, D.F., and Shield, T.W., (1984) “Mean stress effects in biaxial fatigue of inconel 71 8,”
J Eng Mat Tech 106 227.
25. Bonnen, J., (1998) PhD Thesis, “Multiaxial fatigue response of normalized 1045 steel
subjected to periodic overloads: experiments and analysis,” University of Waterloo, Canada.
26. Varavani-Farahni, A., (1998) PhD Thesis, “Biaxial fatigue crack growth and crack closure
under constant amplitude and periodic compressive overload histories in 1045 steel,”
University of Waterloo, Canada.
27. Kaufman, R., (2002) PhD Thesis, “Static mean stress effects in multiaxial fatigue and their
implications on fatigue life predictions of induction hardened shafts,” University of
Waterloo, Canada.
28. Havard, D.G., (1970) PhD Thesis, “Fatigue and deformation of normalized mild steel
subjected to cyclic loading,” University of Waterloo, Canada.
29. Elkholy, A.H., (1 975) Masters Thesis, University of Waterloo, Canada.
30. Snoddy, J., (2001) Work Term Report, “Design, test and use of a confocal laser microscope,”
University of Waterloo, Canada.