Environmental effects on near-neutral pH stress corrosion cracking in pipelines

Environment-Induced Cracking of Materials

Volumn , Issue , 2008, Pages 211-220

  Chen, W ^a   Eadie, R L ^a   Sutherby, R L ^b  

^a UNIVERSITY OF ALBERTA   (Canada)

^b TransCanada Pipeline Limited ^*  (Canada)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 84882760113     PISSN: None     EISSN: None     Source Type: Book    
DOI: 10.1016/B978-008044635-6.50059-5     Document Type: Chapter

References (29)

1. R.N. Parkins (2000) A review of stress corrosion cracking of high pressure gas pipelines. CORROSION/2000 NACE International, Houston, TX 00363.
2. B. Delanty and J. O'Beirne (1992) Oil Gas J. 90(24), 39-44.
3. R.N. Parkins, W.K. Blanchard Jr. and B.S. Delanty (1994) Corrosion 50 394.
4. R.N. Parkins (1988) Investigations relating to environment sensitive fracture in the TransCanada pipeline system. Report to TCPL
5. R.R. Fessler and K. Krist (2000) Research challenges regarding stress-corrosion cracking of pipelines. CORROSION/2000 NACE International 00370.
6. R. Chu, W. Chen, S. Wang, F. King, T. R. Jack, R. R. Fessler, Corrosion, in press.
7. J.A. Beavers, J.T. Johnson and R.L. Sutherby (2000) Materials factors influencing the initiation of near-neutral pH SCC on underground pipelines. J.R. Ellwood (Eds) Proc. 2000 International Pipeline Conference vol. 2 New York: ASME 979.
8. Y.Z. Wang, R.W. Revie and M.T. Shehata (1998) Early stages of stress corrosion crack development of X-65 pipeline steel in near-neutral pH solution. L. Collins (Eds) Materials for Resolurce Recovery and Transport Montreal: Metallurgical Society of CIM 71.
9. B.N. Leis and J.A. Colwell (1997) Initiation of stress-corrosion cracking on gas transmission piping. W.A. Van Der Sluys, R.S. Piascik, R. Zawierucha (Eds) Effects of the Environment on Initiation of Crack Growth ASTM STP 1298 Philadelphia: ASTM 34.
10. T.R. Jack, M.J. Wilmott and W. Chen (1999) SCC susceptibility of X-70 steel in contact with various neutral pH soil solutions. Proc. EPRG/PRCI 12th Biennial Joint Technical Meeting on Line Pipe Research Houston, PRCI paper 10
11. Y.-Z. Wang, R.W. Revie and R.N. Parkins (1999) Mechanistic aspects of stress corrosion crack initiation and early propagation. CORROSION/99 NACE International, Houston, TX paper no. 143
12. J.A. Beavers, C.L. Durr and S.S. Shademan (1998) Mechanistic studies of near-neutral pH SCC on underground pipelines. L. Collins (Eds) Materials for Resource Recovery and Transport Montreal: Metallurgical Society of CIM 31.
13. D. He, W. Chen, J. Luo, F. King, T. Jack and K. Krist (2000) Effect of surface scratch roughness and orientation on the development of SCC of line pipe steel in near neutral pH environment. J.R. Ellwood (Eds) Proc. 2000 International Pipeline Conference vol. 2 New York: ASME 997.
14. S.-H. Wang, W. Chen, T. Jack, F. King, R.R. Fessler and K. Krist (2000) Role of prior cyclic loading in the initiation of stress-corrosion cracks on pipeline steels exposed to near-neutral pH environment. J.R. Ellwood (Eds) Proc. 2000 International Pipeline Conference vol. 2 New York: ASME 1005.
15. X.-Y. Zhang, S.B. Lambert, R. Sutherby and A. Plumtree (1999) Corrosion 55 297.
16. T.M. Ahmed, S.B. Lambert, R. Sutherby and A. Plumtree (1997) Corrosion 53 581.
17. S.B. Lambert, J.A. Beavers, D. Delanty, R. Sutherby and A. Plumtree (2000) Mechanical factors affecting stress corrosion crack growth rates in buried pipelines. J.R. Ellwood (Eds) Proc. 2000 International Pipeline Conference vol. 2 New York: ASME 961.
18. M.J. Wilmott and R.L. Sutherby (1998) The role of pressure and pressure fluctuations in the growth of SCC in line pipe steels. Proc. 1998 International Pipeline Conference vol. 1 New York: ASME 409.
19. M.P.H. Brongers, J.A. Beavers, C.E. Jaske and B.S. Delanty (2000) Influence of line-pipe steel metallurgy on ductile tearing of stress-corrosion cracks during simulated hydrostatic testing. J.R. Ellwood (Eds) Proc. 2000 International Pipeline Conference vol. 2 New York: ASME 743.
20. W. Zheng, F.A. MacLeod, R.W. Revie, W.R. Tyson, G. Shen, D. Kiff, M. Skaff and E.-W. Wong (1997) Recent progress in the study of transgranular SCC in pipeline steels. T. Magnin (Eds) Corrosion Deformation Interactions (CDI'96), EFC 21 London: The Institute of Materials 282.
21. T. Kushida, K. Nose, H. Asahi, M. Kimura, Y. Yamane, S. Endo and H. Kawano (2001) Effects of metallurgical factors and test conditions on near-neutral pH SCC of pipeline steel. CORROSION/2001 NACE International, Houston paper no. 01213
22. J.T. Johnson, C.L. Durr and J.A. Beavers (2000) Effect of O2 and CO2 on near-neutral pH stress corrosion cracking propagation. CORROSION/2000 NACE International, Houston paper no. 00356
23. J.A. Beavers, C.L. Durr, B.S. Delanty, D.M. Owen and R.L. Sutherby (2001) Near neutral pH SCC: crack propagation in susceptible soil environments. CORROSION/2001 NACE International, Houston paper no. 01217
24. M.A.V. Devanathan and Z. Stachurski (1964) J. Electrochem. Soc. 111 619.
25. W. Chen, S.-H. Wang, R. Chu, F. King, T.R. Jack and R.R. Fessler (2003) Metall. Mater. Trans. A 24A 2601.
26. W. Chen, F. King, T. Jack and M. Wilmott (2002) Metall. Mater. Trans. A 33A 1429.
27. W. Chen and R. Sutherby (2004) Environmental effect of crack growth rate of pipeline steel in near-neutral pH soil environments. Proc. 5th International Pipeline Conference (IPC2004) vol. 1 New York: ASME 123.
28. S. Wang and W. Chen (2002) Mater. Sci. Eng. A 325 144.
29. S. Wang, Y.G. Zhang and W. Chen (2001) J. Mater. Sci. 36 1931.