Experimental Research of Vanadium-Microalloyed X100 Pipeline Steels

被引:0
作者
LI Shao-po
机构
关键词
X100; microstructure; vanadium-microalloyed; tempering;
D O I
10.13228/j.boyuan.issn1006-706x.2011.s1.162
中图分类号
TG142.41 [结构钢];
学科分类号
080502 ;
摘要
In order to develop X100 pipeline steels with high strength and low temperature toughness,the steel bearing vanadium has been studied in the laboratory.The continuous cooling phase transformation behavior of the steel under deforming condition was investigated.The microstructure of the steel at different cooling rates was observed by microscope.Finally,by proper producing processes,the X100 pipeline steel was developed successfully in lab.The composition,processes,microstructure and properties have been analyzed and discussed.Experimental research results showed that the strength of X100 steel can be improved by reducing the cooling stop temperature.The tempering treatment after TMCP can improve the strength of vanadium-microalloyed X100 steel too,without change of the impact toughness.
引用
收藏
页码:920 / 923
页数:4
相关论文
共 5 条
[1]  
Glover,A,Horsley,D,Dorling,D,Takehara,J."Construction and Installation of X100 Pipelines". Proceedings of International Pipeline Conference,Paper No.IPC04-0328 . 2004
[2]  
Li Shaopo,Jiang Zhonghang,etc."Development of X100Pipeline Plates Using TMCP+Tempering Technology". The3rd International Seminar on High Strength Line Pipe . 2010
[3]  
Marchesani,F,Donati,E,Spinelli,C.M,Mannucci,G,Demofonti,G,Cabrini,M,Pastore,T."The TAP Project". Proceedings of Super-High Strength Steels . 2005
[4]  
Petersen,C.W,Corbett,K.T,Fairchild,D.P,Papka,S,Macia,M.L."Improving Long Distance Gas Transmission Economics". Proceedings of the International Pipeline Technology Conference . 2004
[5]  
Glover,A,Zhou,J,Horsley,D,Suzuki,N,Endo,S,Takehara,J."Design,Application and Installation of An X100Pipiline". Proceedings of22nd International Conference on Offshore Mechanics and Arctic Engineering . 2003