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A platform for research: civil engineering, architecture and urbanism
Determination of Slenderness Ratio of Faceplates in Steel-Plate Composite Wall Panels
Abstract Modular Steel-plate Composite (SC) construction reduces the construction time and labor requirement in their implementation for nuclear plants. For an effective structural design using SC wall panel, non-slender member is preferred for a faceplate of SC wall panel to satisfy the strength limit and the serviceability limit. The existing specifications developed for SC wall panel construction suggest width-to-thickness ratios (or faceplate slenderness ratios); however, these ratios differ in various specifications. This paper recommends the slenderness ratio of faceplates in SC wall panel. The results reveal that the faceplate slenderness ratio, the ratio of b/t p , should be less than or equal to 0.907 . In addition, the maximum stud (or tie) spacing will be a useful parameter to be considered during fabrication of SC wall, for structural design and also for field applications.
Determination of Slenderness Ratio of Faceplates in Steel-Plate Composite Wall Panels
Abstract Modular Steel-plate Composite (SC) construction reduces the construction time and labor requirement in their implementation for nuclear plants. For an effective structural design using SC wall panel, non-slender member is preferred for a faceplate of SC wall panel to satisfy the strength limit and the serviceability limit. The existing specifications developed for SC wall panel construction suggest width-to-thickness ratios (or faceplate slenderness ratios); however, these ratios differ in various specifications. This paper recommends the slenderness ratio of faceplates in SC wall panel. The results reveal that the faceplate slenderness ratio, the ratio of b/t p , should be less than or equal to 0.907 . In addition, the maximum stud (or tie) spacing will be a useful parameter to be considered during fabrication of SC wall, for structural design and also for field applications.
Determination of Slenderness Ratio of Faceplates in Steel-Plate Composite Wall Panels
Kim, Sun-Hee (author) / Yoon, Soon-Jong (author) / Choi, Wonchang (author)
KSCE Journal of Civil Engineering ; 23 ; 691-698
2018-12-17
8 pages
Article (Journal)
Electronic Resource
English
Determination of Slenderness Ratio of Faceplates in Steel-Plate Composite Wall Panels
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