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Lateral resistance of plybamboo wall-panels

机译:竹木墙板的侧向阻力

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This paper deals with the experimental and theoretical behavior of plybamboo (kind of plywood made out of bamboo) wall-panels subjected to lateral load. The wall-panels are part of a house design method proposed in the author's PhD thesis for prefabricated social housing in developing countries. Sixteen full-scaled wall-panels with or without window and door openings were tested and their theoretical capacities estimated. Design wind and seismic loads were determined according to the International Building Code 2000. The results showed that all the specimens present ductile behavior adequate for expected wind and seismic loads. The theoretical models for calculating lateral capacities of timber framed walls gave lower values than the experimental ones. The wall-panels sheathed with plybamboo and traditional plywood showed similar behavior and hence, plybamboo could be used as an alternative sheathing material in timber frame construction.
机译:本文研究了承受横向载荷的竹木(用竹子制成的胶合板)墙板的实验和理论行为。墙板是作者在博士学位论文中提出的针对发展中国家预制型社会住房的房屋设计方法的一部分。测试了16块有或没有门窗开口的全尺寸墙板,并估算了其理论能力。根据国际建筑规范2000确定设计风荷载和地震荷载。结果表明,所有标本的延展性足以满足预期的风荷载和地震荷载。用于计算木框墙的侧向承载力的理论模型给出的值比实验值低。用胶合板和传统胶合板包裹的墙板表现出相似的行为,因此,胶合板可以用作木结构建筑中的替代护套材料。

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