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An outline of RC buildings performance under tsunami triggered by the East Japan Great Earthquake

机译:东日本大地震引发的海啸下的钢筋混凝土建筑性能概述

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The Great East Japan Earthquake on March 11, 2011 is the most powerful known earthquake that has hit Japan with a magnitude 9.0 and epicentre at 129 km of Sendai city of the Tohoku region (north-east region of Japan). The earthquake triggered a destructive tsunami with run up height of up to 38 meters that mainly affected cities located on the Pacific Ocean coast of the Tohoku region. Reinforced concrete buildings in general resist a tsunami without collapse; however, non-structural elements like panels and ceilings were severely damaged. In this report, the characteristics of the damage and behaviour of RC buildings during the tsunami action is discussed based on the field survey of the damage in selected cities located on the coast of the affected zone. The analysis will allow us to understand the behaviour of these kinds of buildings and also to establish recommendations for their use as places of refuge from a tsunami in places where the natural topography makes it impossible to reach hilltops or other safer places.
机译:2011年3月11日发生的东日本大地震是最强烈的已知地震,震级为9.0级,震中位于东北地区(日本东北部地区)仙台市129公里处。地震引发了破坏性的海啸,其上升高度高达38米,主要影响到东北地区太平洋沿岸的城市。钢筋混凝土建筑通常抵抗海啸而不会倒塌;但是,非结构性元素(如面板和天花板)受到了严重破坏。在本报告中,基于对受影响区域沿海选定城市的破坏情况的实地调查,讨论了海啸行动期间钢筋混凝土建筑物的破坏特征和行为。通过分析,我们可以了解这类建筑物的行为,并为在自然地形无法到达山顶或其他较安全地方的海啸避难所建立建议。

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