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Development of the Purlin Hanging System Form for the Girder Bridge Slab and Economic Analysis
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 Title & Authors
Development of the Purlin Hanging System Form for the Girder Bridge Slab and Economic Analysis
Lim, Jeeyoung; Kim, Sunkuk; Son, Kiyoung;
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 Abstract
In the case of South Korea, steel girder bridge (steel box or H-steel) and PSC (Pre-Stressed Concrete) girder bridge are the representative upper structures of railroad and road bridges. These structures account for 75% of the total bridge constructions and 80% of the total construction cost. Since the form work for concreting bridge slab is difficult, various construction methods developed and applied. However, several problems in those methods did not solve partially, including cost increase by material loss and rise of labor costs, quality deterioration by unskilled workers, increased construction time by complicated method, reduced productivity, safety accident by high place work, difficult transportation by big member, and rise of maintenance cost by material characteristic. Alternative method is needed to solve problems of as-is methods. Therefore, the purpose of this study is development of the purlin hanging system form for the girder bridge slab and its economic analysis. Through the findings of this study, it was verified that the purlin hanging system form is possible 60% reduction in cost and 80% reduction in time as comparison with conventional method.
 Keywords
girder bridge;bridge slab;bridge superstructure concreting form;bridge construction;economic analysis;
 Language
Korean
 Cited by
 References
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