brick
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In more recent times, seismic codes place substantial constraints on unreinforced brick masonry construction in earthquake-prone areas, limiting the allowed number of stories, the minimum thickness of walls, and the number and position of openings. As a result, construction of load-bearing unreinforced brick masonry structures has dwindled in these countries, and alternative forms of construction such as confined masonry or reinforced masonry, considered less vulnerable, have been developed instead. The present section describes only unreinforced, | In more recent times, seismic codes place substantial constraints on unreinforced brick masonry construction in earthquake-prone areas, limiting the allowed number of stories, the minimum thickness of walls, and the number and position of openings. As a result, construction of load-bearing unreinforced brick masonry structures has dwindled in these countries, and alternative forms of construction such as confined masonry or reinforced masonry, considered less vulnerable, have been developed instead. The present section describes only unreinforced, | ||
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+ | {{: | ||
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+ | Further introductory reading: “{{ : | ||
+ | (Dina D’Ayala, University of Bath, United Kingdom) | ||
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+ | Contents: | ||
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+ | * Masonry Fabric | ||
+ | * Performance in Past Earthquakes | ||
+ | * Seismic Strengthening |
brick.1613449224.txt.gz · Last modified: 2025/04/29 15:16 (external edit)