Research Advances in Concrete Filled Steel Tube Connection Device

Abstract:

Concrete filled steel tubular structure is a new type of composite structure, widely used in monolayer or multilayer industrial workshop structure column, frame column, all kinds of equipment support and super high-rise building and bridge structure, connection pipe attracted more research on its theory and experiment at home and abroad on the concrete force has carried on the preliminary summary, analysis of the advantages and disadvantages of concrete filled steel tube of various existing connection mode, and illustrates the current situation of domestic and international research on concrete filled steel tube are connected, and finally puts forward some problems in the study.

• Periodical: Applied Mechanics and Materials (Volumes 744-746)
• Pages: 230-234
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.744-746.230
• Online since: March 2015
• Authors: Hong Wei Ren*, Jie Fang Tian, Qiu Ming Li
• Keywords: Concrete Filled Steel Tube, Connecting Device, Progress, Research

References

[1] Ying Zhang, Technology and application of building materials. 6(2012)35-38. (In Chinese).

[2] Lifang Liu, Innovation and application of science and technology. 37(2012)100-108. (In Chinese).

[3] Shams and Saadeghvaziri, State of the Art of Concrete-Filled Steel tubular. ACI Structural Journal. 5(1997)558-571.

[4] Xitong Zhong, Progress in steel building structures. 1(2002)3-15. (In Chinese).

[5] Yuanyuan Zhao, Shouchao Jiang, Industrial Building. 39(2009)514-517. (In Chinese).

[6] LAMPORT W B, JIRSA J, YURA J, Journal of Structural Engineering. 117(1991)2477-2498.

[7] BOSWELL F, Amsterdam: Elsevier Science Publishers. (1985)835-844.

[8] Cuikun Wang, Chunyu Tian, Industrial Building. 41(2011)28-33. (In Chinese).

[9] Heng Cheng, Liaojun Zhang, Journal of He Hai University. 37(2009)589-590. (In Chinese).

[10] Jian Cai, Chun Yang, Hengqiang Su, Journal of South China University of Technology (NATURAL SCIENCE EDITION). 5(2000)105-109. (In Chinese).

[11] ELNASHAI, CARROLL, DOWLING, et al, Houston, USA: Proceedings of Offshore Technology Conference. (1986)298-311.

[12] Ruilong Han, Weixing Shi, Yang Zhou, structure engineer. 27(2011), 149-154. (In Chinese).

[13] YAMASAkI T, HARA M, TAkAHASHI C, Houston, USA: Proceedings of Offshore Technology Conference. (1980)467-476.

[14] FOO J, GRUNDY P, Korea: Proceedings of First Pacific Offshore Mechanics Symposium. 3(1990)33-42.

[15] GRUNDY P, LEE T, Japan: Proceedings of Twelfth International Offshore and Polar Engineering Conference. (2002)53-59.

[16] Hongwei Ren, Jianwei Chen, Youpo Su, World Earthquake Engineering. 29(2003)119-125. (In Chinese).

[17] Xueping Li, Xilin Lv, Journal of Tongji University. 30(2002)11-17. (In Chinese).

[18] PAOLO RIVA, Advances in Engineering Structures, Mechanics & Construction. (2006)121-128.

[19] GHOJEL J, GRUNDY P, Thin-Walled Structures. 44(2006)751-758.

[20] ELNASHAI A S, ARITENANG W, Engineering Structures. 13(1991)34-42.