Steel and Composite Structures

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CALS oriented design/fabrication information system for steel bridges

  • Received : 2001.08.20
  • Accepted : 2003.01.14
  • Published : 2003.02.25
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Abstract

In this paper design and fabrication information system for steel bridge construction is studied and proposed according to the progress of Construction CALS/EC in the construction industry in Japan. The data exchange in this system bases on the text file as well as CAD data with simplified drawings. The concept of this system is discussed following the analysis on the issues of the conventional system. The application of the product model is also discussed including effects and issues on the inspection system. This paper is based on the study carried out by Special Committee on Construction CALS of JASBC to which author belong.

Keywords

References

  1. Akeno, K. (1997), "The action program on the construction CALS/EC", Bridge & Foundation, Kenstsu-Tosho Co., 31, 180-182.
  2. Hara, S. (1999), "The study on construction CALS/EC by japan association of steel bridge construction", Bridge & City Project, 35, 51-55.
  3. Iida, M., Ishimura, H., Tanabe, N. and Ishikawa, N. (1997), "Development of new computer aided fabrication system for steel bridges", Proceedings of Yokogawa Bridge Co., 26, 89-99.
  4. Isohata, H. (1998), "Construction CALS/EC for steel bridge superstructures", Bridge & City Project, 34, 23-26.
  5. JASBC (2000), "Construction CALS by Japan association of steel bridge", Niji-Bashi, Journal of JASBC, 69-75.
  6. Mikami, I., Tanaka, S., Kuroda, M. and Murata, S. (1999), "CALS-oriented experts system for supporting detail design of steel highway bridges", Proceedings of JSCE, 623/VI-4, 190-199.
  7. SCADEC (1999), Standard CAD Date Exchange Development Consortium meeting reference, "Introduction of software", by No. 3 Working Grope.
  8. Shimazu, S. (1998), Tackling to the Construction CALS/ECAAKensetugyo-Shinkou, Kensetu-Kikin, 276, 2-12.
  9. Shimazu, S. (1999), Status Quo of Construction CALS/EC, Bridge & City Project, 35, 73-76.
  10. Takaku, T. and Ogaya, S. (1994), "Bridge factory innovation tsu works - bridge fabrication using high speed rotation arc welding robots", Proceedings of Steel Structures, 1(4), 65-80.
  11. Takaku, T., Fujimura, K. and Ogaya, S. (1994), "Bridge factory innovation", Structural Engineering International 1/94 IABSE, 34-36.
  12. Takaku, T., Watanabe, T., Yoshikai, T. and Haga, K. (1985), "Integrated CAM system for I-girder steel bridges", Proceedings of NKK Corp., 109, 50-55.
  13. Takaku, T. and Ogaya, S. (1995), "Bridge design and factory innovation", Journal of JSCE, 80, Feb. 1995.