2014, Volume 16, Issue 2
Strategic Study of CAE >> 2014, Volume 16, Issue 2
Research progress and application of high performance offshore platform steel
1. The State Key Laboratory of Rolling and Automation，Northeastern University，Shenyang 110819，China;
2. Shougang Research Institute of Technology，Beijing 10004, China
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Abstract
With the development of petroleum industry in China，undersea oil and gas development has gradually extended from shallow of the continental shelf to deep waters，therefore， high strength and high toughness and excellent resistance to lamellar tearing are the properties which heavy-gauge offshore platform steel must have in the future. This paper presents the research progress on high performance offshore platform steel at home and abroad in recent years，and the key technical problems of such steel production also be mentioned. Research work and engineering applications of high- strength plates in The State Key Laboratory of Rolling and Automation，such as Ultra Fast Cooling（UFC）and γ+α quenching technique，are finally reviewed.
Keywords
offshore platform steel ; toughness at low temperature ; ultra fast cooling ; necking development of crack
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References
[ 1 ] 徐明宇. 海洋用钢市场潜力增大值得关注[N]. 中国冶金报， 2012-7-3-B01.
[ 2 ] 黄 维，张志勤，邢 娜，等. 中国海洋平台制造业现状及钢企 对策[J]. 冶金经济与管理，2012（3）：24-27. link1
[ 3 ] 黄 维，张志勤，高真凤，等. 日本海洋平台用厚板开发现状[J]. 轧钢，2012，29（3）：38-42. link1
[ 4 ] 王国栋. TMCP技术的新进展——柔性化在线热处理技术与装 备[J]. 轧钢，2010，27（2）：1-6. link1
[ 5 ] Kazuo Omata，Hiroshi Yoshimura，Sadahiro Yamamoto. Leading high performance steel plates with advanced manufacturing technologies [J]. NKK Technical Review，2003，88：73-80. link1
[ 6 ] Nishida Shunichi，Matsuoka Toshio，Wada Tsunemi. Technology and products of JFE steel’s three plate mills [J]. JFE Technical Report，2005，5（3）：1-9. link1
[ 7 ] Hayashi Kenji，Nagao Akihide，Matsuda Yutaka. 550 MPa and 610 MPa class high-strength steel plates with excellent toughness for tanks and penstocks produced using carbide morphology controlling technology [J]. JFE Technical Report，2008，11：19-25. link1
[ 8 ] Hiroshi Takechi. Recent developments in the continuous processing of steels [J]. Chinese Journal of Metal Science & Technology，1990（6）：79-87.
[ 9 ] Ryuji Uemori，Masaaki Fujioka，Takehiro Inoue，et al. Steels for marine transportation and construction [J]. Nippon Steel Technical Report，2012，101：37-47. link1
[10] Akihiko Kojima，Akihito Kiyose，Ryuji Uemori，et al. Super high HAZ toughness technology with fine microstructure imparted by fine particles [J]. Nippon Steel Technical Report， 2004，90：2-6. link1
[11] 韦 明，李玉谦，王 升. 海洋平台用钢[J]. 宽厚板，2002，8 （4）：34-36. link1
[12] 金 涛，刘继勋. 海洋采油平台钢板开发与研究[J]. 钢铁， 2002，37：498-501. link1
[13] 王国栋. 新一代TMCP技术的发展[J]. 轧钢，2012，29（1）：1-7. link1
[14] 王国栋. 以超快速冷却为核心的新一代TMCP技术[J]. 上海金 属，2008，30（2）：1-5. link1
[15] 周砚磊，徐 洋，陈 俊，等. FH550级海洋平台用钢冲击断裂 行为实验研究[J]. 金属学报，2011，47（11）：1382-1387. link1
[16] 周砚磊，狄国标，刘振宇，等. 回火温度对500 MPa级海洋平台 钢组织性能的影响[J]. 材料热处理学报，2011，32（10）：106- 111. link1
[17] Zhou Yanlei，Chen Jun，Xu Yang，et al. Effects of Cr，Ni and Cu on the corrosion behavior of low carbon microalloying steel in a Cl － containing environment [J]. Journal of Materials & Technology，2013，29（2）：168-174. link1
[18] Zhou Yanlei，Chen Jun，Liu Zhenyu. Corrosion behavior of rusted 550 MPa grade offshore platform steel [J]. Iron and Steel Research，International，2013，20（3）：66-73. link1
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