1. Structural response of earthquake-resistant buildings with long-span beams using prestressed concrete.
- Author
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Nurazizah, Dea Ayu, Rosyidah, Anis, Saputra, Jonathan, Triwidyanata, Anita Rizki, and Sucita, I. Ketut
- Subjects
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PRESTRESSED concrete , *REINFORCED concrete , *CONFERENCE rooms , *FUNCTION spaces , *PRESTRESSED concrete beams - Abstract
Prestressed concrete is generally used in constructions with long spans or large rooms without columns, such as halls, sports halls, meeting rooms, etc. Large column-free rooms in buildings require long-span beam structures to maximize space functions. This research was conducted on an 8-story building with long-span beam structures on floors 6, 7, and 8 using pre-stressed concrete as an alternative to reinforced concrete. This research aims to obtain beam dimensions regarding structural response and internal forces. The research results obtained prestressed beam dimensions of 0.9 x 0.55m and reinforced concrete beam dimensions of 1.2 x 0.8m. The results of the structural response analysis showed that the deviation of the prestressed beam is greater than the structure using reinforced concrete beams; the internal forces and deflections also decreased after using beam structures with prestressed concrete. From these results, it can be concluded that prestressed concrete can be used in long-span beam structures. [ABSTRACT FROM AUTHOR]
- Published
- 2024
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