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Busan Infrastructure Corporation (2002), Structural Report of Gwang-an Grand Bridges (in Korean).
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Honshu-Shikoku Bridge Expressway Corporation (1989), Superstructure Design Specification and Manual (in Japanese).
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Jung, S. H., Choi, H. G. (2012), On the Improvement for Design Methods of the Steel Pylon Base, Theses of Autumn Technical Conference, KSMI (Korea institute for Structural Maintenance Inspection), 16(2) (in Korean).
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Jung, W. J., Lee, M. J., Whang, J. W., Jung, W. J. (2008), Changing Design for the Application of a Steel Pylon of Yeongdeok 1st Bridge, Proceedings of Yooshin Techniques, 15, 300-310 (in Korean).
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10 |
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11 |
Korean Society of Civil Engineers (2006), Design Guideline for Steel Cable-Supported Bridges (in Korean).
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12 |
Lee, I. W., Choi, C. G., Kim, S. H. (2002), A Study on the Improvement Technique of the Wind Resistance in Long Span Bridges, the Ministry of Construction and Transportation (in Korean).
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13 |
LUSAS (2010), LUSAS User Theoretical Manual.
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14 |
National Emergency Management Agency (2004), A Study on the Establishment and Operation of Wind Resistant Design (in Korean).
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15 |
New Airport Highway Company (2010), In-depth Inspection Report for Yeongjong Grand Bridges (in Korean).
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16 |
Park, M. S., Park, Y. H., Kim, Y. J. (1995), A Study on the Design and Construction Method for Long Span Bridges, KICT (Korea Institute of Construction Technology) (in Korean).
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17 |
Shim, S. H., Lee, M. J., Kim, H. K., Jung, W. J. (2007), A study on Investigation of Design Change from Concrete Pyron to Steel Pylon in KwangYang Grand Bridges, 16th Conference to Utilize Steel in Construction Field, 37-63.
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18 |
Yooshin Corporation (2001), Structural Report for Change of the Anchor Bolt in Namhae Grand Bridges (in Korean).
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