applied fracture mechanics

260Applied Fracture Mechanics[59] Lindley T.C., Mclntyre P. and Trant P. J.; (1982) “Fatigue Crack Initiation at CorrosionPits,” Metals Technology, Vol. 9, pp. 135-142.[60] Kawai S., and Kasai K.; (1985) “Considerations of Allowable Stress of Corrosion Fatigue(Focused on the Influence of Pitting), “Fatigue Fracture of Engineering MaterialsStructure, Vol. 8, No. 2, pp. 115-127.[61] Kondo Y.; (1983) “Prediction of Fatigue Crack Initiation Life Based on Pit Growth,“Corrosion Sciencie, Vol. 45, No.1, 1985, pp. 7-11.S. R. Novak, ASTM STP 801, p. 26[62] Nalla RK, Campell JP, Ritchie RO; (2002) Fatigue Fract Engng Mater Strcut, 25[63] Wei R. P; (1997) “Corrosion Fatigue – science and engineering” Conference of RecentAdvances in Corrosion Fatigue”, UK.[64] Toyama K, Konda N; (1989) on International Conference of Evaluation of MaterialsPerformance in Service Environments. Japan.[65] Konda Y, and. Wei R. (1989), on International Conference of Evaluation of MaterialsPerformance in Service Environments. Japan.[66] Raju IS, Newman JC Jr.; (1979) Engineering Fracture Mechanics; 11[67] Newman JC Jr, Raju IS (1981) Eng Fracture Mech;15[68] He M, Hutchinson JW. (2000), Eng. Fract. Mech. 65[69] Acuña-González N, González-Sánchez J, Contreras E, Sauceda I (2009) Effect of MixedMode Loading Induced by Asymmetrical Stress upon Crack Initiation from CorrosionPits. Advanced Materials Research. 65:39-46.[70] ANSYS® Academic Research, Release 11.0, license number: 34216380, Flex ID:18a905230e25. ANSYS, Inc.