Some new advances in research of SCC of buried oil and gas pipelines

Corrosion and Protection

Volumn 24, Issue 11, 2003, Pages 461-467

  Yang, Wu ^a  

^a SHANGHAI RESEARCH INSTITUTE OF MATERIALS   (China)

Author keywords

High pH SCC; Near neutral pH SCC; Oil and gas pipeline; Stress corrosion cracking (SCC)

Indexed keywords

GAS PIPELINE; OIL PIPELINE; PH; STRESS CORROSION CRACKING;

EID: 0842313012     PISSN: 1005748X     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (16)

1. Sridhar N, Dunn D S, Anderko A. Prediction of conditions leading to stress corrosion cracking of gas transmission lines [A]. Environmentally assisted cracking: predictive methods for risk assessment and evaluation of materials, equipment, and structures [C]. ASTM STP 1401, R. D. Kane, Ed. , ASTM, 2000, 241-258.
2. National Energy Board. Public inquiry concerning stress corrosion cracking on Canadian oil and gas pipelines[R]. NEB Report MH-2-95, Canada: 1996.
3. King F, Boven G V, Jack T, et al. Predicting the growth of low- and high pH SCC on gas transmission pipelines based on operating conditions[A]. Proceedings of the CORROSION/2003 research topical symposium: modeling and prediction of lifetimes for corrodible structure [C], Houston: NACE International, 2003, 127-155.
4. [J]. 2002, 26(1): 5-12. Chinese source.
5. Chen W, King F, Jack T R, et al. Environmental aspects of near-neutral pH stress corrosion cracking of pipeline steels [J]. Metallurgical and Materials Transactions A, 2002, 33A: 1429-1436.
6. Beavers J A, Delanty B S, Sutherby R L, et al. Near-neutral pH SSC in susceptible soil environments[A]. CORROSION/2001 [C]. Houston: NACE International, 2001, 01217.
7. Beavers J A, Worthingham R G. The influence of soil chemistry on SCC of underground pipelines[A]. Proceedings of IPC '02[C]. Calgary AB, Canada: ASME 2002, IPC 2002-27146.
8. Wang S-H, Chen W. A study on the pre-cyclic-load-induced burst of creep deformation of a pipeline steel under subsequent static load [J]. Materials Science & Engineering, 2002, A325: 144-151.
9. Chen W, Wang S-H. Room temperature creep behavior of pipeline steels and its influence on stress corrosion cracking [A]. Proceedings of IPC'02 [7] [C], ASME 2002, IPC2002-27273.
10. Wang S-H, Chen W, King F. Pre-cyclic-loading-induced stress corrosion cracking of pipelines steels in a near-neutral pH soil environment [J]. Corrosion, 2002, 58(6): 526-534.
11. Chen W, Wang S-H, Chu R, et al. Effect of pre-cyclic-loading on SCC initiation in an X65 pipeline steel exposed to near-neutral pH soil environment [J]. Metallurgical and Materials Transactions, 2003 (in press).
12. Zheng W, Sutherby R, Revie R W, et al. Stress corrosion cracking of linepipe steels in near-neutral pH environment: a review of the effect of stress[A]. [1][C]. ASTM 2000, 473-483.
13. Chu R, Chen W, Wang S-H, et al. Microstructure dependence of SCC initiation in X65 pipeline steel exposed to a near-neutrad pH soil environment [J]. Corrosion, 2003 (in press).
14. Lu B, Luo J, McCrady B. Near-neutral pH SCC initiation and early propagation of X70 pipeline steel [A], [7] [C]. ASME 2002, IPC2002-27234.
15. Bulger J, Luo J. Effect of microstructure on near-neutral pH SCC [A], Proceedings of 2000 international pipeline conference (IPC) [C]. ASME 2000, 2: 947-952.
16. Parkins R N. Laboratory measurements and life prediction for structures suffering stress corrosion cracking [A]. Proceedings of international symposium on plant aging and life predictions of corrodible structures [C]. Sapporo, Japan: NACE International, 1997: 1-13.