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In service seismic strengthening of RC framed buildings
Date
2005-06-01
Author
Tankut, Tugrul
Ersoy, Ugur
Ozcebe, Guney
Baran, Mehmet
Okuyucu, Dilek
Metadata
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Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License
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An innovative non-evacuation retrofitting technique has been developed for RC buildings, which form the major portion of the existing stock in Turkey. The introduction of cast-in-place RC infill walls, connected to existing frame members, is known to be very effective in improving the overall seismic performance. However, this technique is not suitable since it involves messy construction work and requires evacuation. The idea behind the proposed method is to transform existing hollow masonry infill walls into strong and rigid infill walls by reinforcing them with relatively high strength precast concrete panels epoxy-glucd to the wall and dowel connected to the frame members to enhance the lateral stiffness of the frame. The panels to be assembled are small enough to be handled by two workers. All specimens were tested to failure under reversed cyclic quasi-static lateral loading and constant vertical load. All strengthened specimens exhibited superior performance compared to the reference specimens designed to represent the present state of ordinary RC frames with hollow brick infill walls plastered on both sides.
Subject Keywords
Seismic strengthening
,
Connections
,
Infill walls
,
Precast panels
,
Retrofitting
URI
https://hdl.handle.net/11511/68128
Collections
Department of Civil Engineering, Conference / Seminar
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An innovative non-evacuation retrofitting technique is being developed for RC buildings. The introduction of cast-in-place RC infill walls is very effective, but involves messy construction work and requires evacuation. The proposed method transforms existing hollow masonry infill walls by reinforcing them with precast concrete panels epoxy glued to the wall and frame members. Three tests have so far been performed under reversed cyclic loading. The first specimen was an ordinary RC frame with hollow brick ...
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T. Tankut, U. Ersoy, G. Ozcebe, M. Baran, and D. Okuyucu, “In service seismic strengthening of RC framed buildings,” 2005, vol. 66, p. 47, Accessed: 00, 2020. [Online]. Available: https://hdl.handle.net/11511/68128.
