Experimental Cyclic Test of Reduced Damage Detailed Drywall Partition Walls Integrated with a Timber Rocking Wall

Experimental Cyclic Test of Reduced Damage Detailed Drywall Partition Walls Integrated with a Timber Rocking Wall
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与木摇墙集成的减少损坏的详细干墙隔墙的实验循环测试

DOI:
10.1080/13632469.2020.1859005
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发表时间:
2021
影响因子:
2.6
通讯作者:
Ryan, Keri L.
Ryan, Keri L.
中科院分区:
工程技术3区
文献类型:
--
作者:
Hasani, Hamed;Ryan, Keri L.

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采用双向准静力循环加载方法,对干墙隔断墙与交叉层合木摇墙组合构件进行了研究。旨在减少隔墙地震损伤的细节进行了研究,例如隔墙与隔膜的滑移连接和隔墙交叉处的间隙细节。与传统的滑轨细节相比,伸缩式细节消除了对墙端框架的损坏。分布的间隙墙将破坏延迟到1%左右的层间漂移。在角隙壁上,牺牲角头在低漂移时打开(0.43%),但在漂移超过2%之前壁面无损伤。
Bidirectional quasi-static cyclic loading was applied to a subassembly of drywall partition walls integrated with cross-laminated timber rocking walls. Details aimed to reduce seismic damage to the partition walls were investigated, such as slip connections of partition walls to the diaphragm and gap detailing for the wall intersections. Telescoping detailing eliminated damage to the framing at the wall ends compared to traditional slip-track detailing. The distributed gap wall delayed the damage to about 1% inter-story drift. In the corner gap wall, the sacrificial corner bead opened up at low drifts (0.43%), but the wall was damage-free until more than a 2% drift.
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