EXPERIMENTAL STUDY ON CONFINED MASONRY STRUCTURE FOR EARTHQUAKE SAFETY DESIGN-Full scale shaking table test and cyclic loading test-:- Full scale shaking table test and cyclic loading test -
EXPERIMENTAL STUDY ON CONFINED MASONRY STRUCTURE FOR EARTHQUAKE SAFETY DESIGN-Full scale shaking table test and cyclic loading test-:- Full scale shaking table test and cyclic loading test -
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受限砌体结构抗震安全设计试验研究-全尺寸振动台试验及循环荷载试验-:- 满尺寸振动台试验及循环荷载试验-
DOI：
10.3130/aijt.16.151
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发表时间：
2010
期刊：
影响因子：
--
通讯作者：
Y. Ishiyama
中科院分区：
文献类型：
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作者：
H. Imai;T. Narafu;T. Hanazato;C. Minowa;Y. Ishiyama
非工程建筑的安全是人类伤亡的主要原因之一，是当今社会亟待解决的问题之一。自2005年以来，建筑研究所（BRI）和日本国内外的合作机构一直在研究更安全的住房。为实现更安全的结构，对非工程建筑活动进行了各种研究。约束砌体是近年来地震多发地区常见的结构形式。本文通过日本和秘鲁的全尺寸振动台试验对约束砌体进行了试验研究。本研究旨在更好地了解地震作用下的结构行为，研究在地震易发地区可行且经济的抗震建设。
The safety of Non-Engineered Construction is one of most urgent issues, because it is main cause of human casualties. Building Research Institute (BRI) and partner institute both in Japan and abroad have been working on safer housing since 2005. Various research and studies for Non-Engineered construction Activities have been conducted towards achieving safer structures. The confined masonry becomes common structure in earthquake prone area recently. This experimental study on confined masonry was conducted through full scale shaking table test in Japan and Peru. This study aims to better understanding the behavior under earthquake, and research for feasible and affordable seismic construction in earthquake prone area.