The prospects for high-grade steel pipes for gas pipelines

Pipes and Pipelines International

Volumn 48, Issue 1, 2003, Pages 33-43

  Takeuchi, Izumi ^a   Fujino, Jun ^a   Yamamoto, Akio ^a   Okaguchi, Shuji ^a  

^a Sumitomo Metal Industries Limited   (Japan)

Author keywords

[No Author keywords available]

Indexed keywords

DUCTILE FRACTURE; FRACTURE TOUGHNESS; NATURAL GAS PIPELINES; OFFSHORE PIPELINES; PLASTIC DEFORMATION; TRANSPORTATION; WELDABILITY; YIELD STRESS;

WALL THICKNESS;

STEEL PIPE;

EID: 0037207795     PISSN: 0032020X     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (26)

1. M.Sasabe, 1992. Refining limits of impurities in steel and progress in steel making art. Nishiyama Meorial Technical Lecture, ISIJ, p1.
2. Y.Terada, H.Tamehiro, A.Kojima, Y.Ogata, and K.Katayama, 1995. Development of X80 UOE line pipe for sour service. Pipeline Technology Conference, II, p421, Ostend, Belgium.
3. F.Kawabata, M.Okatsu, K.Amano, and Y.Nakano, 1995. Metallurgical and mechanical features of X100 linepipe steel. Ibid., p263.
4. th Symposium on Line Pipe Research, September 1993.
5. T.Kushida, T.Kudo, Y.Komizo, T.Hashimoto, and Y.Nakatsuka, 1988. Line pipes by accelerated controlled cooling process for sour service. The Sumitomo Search, 37, November.
6. W.J.Timmermans, 2002. A pipeline retrospective: innovation overcomes costs, reduces downtime. Offshore, 58, May.
7. A.M.Al-Sharif and R.Preston, 1996. Structural reliability assessment of Oman India pipeline. OTC, p569, Houston, May.
8. T.Hashimoto, Y.Komizo, M.Tsukamoto, and I.Takeuchi, 1990. Recent development of large diameter line pipe of grade X80 and X100. NG-18/HLP Joint Technical Meeting on Line Pipe Research, 6-7 March, Oak Brook.
9. M.Nagae, S.Endo, N.Mifune, N.Uchitomi, and O.Hirano, 1992. Development of X100 UOE line pipe. NKK Giho, 138, p24.
10. Y.Terada, H.Tamehiro, M.Yamashita, N.Ayukawa, and T.Hara, 1997. Development of API X100 UOE line pipe. Shinnittetsu-giho, 362, p38.
11. H.-G.Hillenbrand, A.Liessem, G.Knauf, K.Niederhoff, and J.Basuer, 2000. Development of large diameter pipe in grade X100. Pipeline Technology Conference, I, p469.
12. R.K. Ohm, J.T.Martin, and K.M.Orzessek, 2000. Characterization of ultra high strength linepipe. Ibid., p483.
13. N.Ishikawa, S.Endo, and R.Muraoka, 2001. Design concepts and mass production of high strength UOE line pipes. Proc. OMAE 2001, June, Rio de Janeiro.
14. H.Tamehiro and H.Kashimura, 1990. Recent development of X80 grade line pipe. NG-18/HLP Joint Technical Meeting on Line Pipe Research, 6-7 March, Oak Brook.
15. F.Kawabata, K.Amano, T.Hatomura, J.Kudo, and E.Sujie, 1990. Solution to current requirements to high strength line pipe steel. Ibid.
16. th Symposium on Line Pipe Research, September, Houston.
17. T.Sasaki and S.Endo, 1998. Trend of practical application of high strength API X80 linepipe. Haikan-gijutsu, 11, p44.
18. N.Itakura, F.Kawabata, K.Amano, T.Yamaura, M.Aoki, and K.Ihara, 1999. X80 UOE line pipe with excellent heat affected zone toughness of longitudinal seam welds. Proc. OMAE, St Johns.
19. A.de Vito, F.Heisterkamp, K.Hulka, N.Pagone, and L.Rizzi, 1995. From standard production X70 towards the development of X80. Pipeline Technology Conference, II, p565.
20. G.Hohl, G.Knauf, and G.Vogt, 2000. The field hydrotest and the true strength properties of steel pipelines. Pipeline Technology Conference, I, p549.
21. M.Hamada, S.Okaguchi, H.Shitamoto, and Y.Komizo, 2002. Tensile properties and deformation behaviour at the weld position of X100 line pipe steel. Proc. Pipe Dreamer's Conference, p289, 7-8 November, Yokohama, Japan.
22. R.J.Eiber, T.A.Bubenik, and W.A.Maxey, 1993. Final report on fracture control technology for natural gas pipelines. AGA Catalog No. L51691, Battelle, Columbus.
23. R.J.Eiber, L.Carlson, and B.Leis, 2000. Fracture control requirements for gas transmission pipelines. Pipeline Technology Conference, I, p437, Belgium.
24. E.Sugie, M.Matsuoka, T.Akiyama, K.Tanaka, and M.Tsukamoto, 1987. Propagating shear fracture in natural gas transmission pipelines. 18th Symposium on Fracture Mechanics, ASTN STP 945, p237 Philadelphia.
25. H.Makino, Y.Kawaguchi, Y.Matsumoto, S.Takagi, and S.Yoshimura, 2002. Interactive simulation of gas decompression and crack propagation in natural gas transmission pipelines. 4th International Symposium on computational technology for fluid, thermal, and chemical systems with industrial application, ASME, Vancouver.
26. H.Makino, T.Inoue, S.Endo, T.Kubo, and T.Matsumoto, 2002. Simulation method for crack propagation and arrest of shear fracture in natural gas transmission pipelines. Proc. Pipe Dreamer's Conference, p501, 7-8 November, Yokohama, Japan.