URBAN DESIGN FOR TSUNAMI IMPACT MITIGATION; APPLICATION OF PHYSICAL ELEMENT

F. A. Tauhid
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引用次数: 0

Abstract

Abstract_ The increasing of tsunami event has called the integration of urban design for disaster impact mitigation. The Geodynamics position of many global cities puts latter areas are highly vulnerable to earthquake followed by tsunamis. In supporting its function as the main hub in social and economic and protecting environment, the employment of urban design for tsunami impact mitigation is hypothesized as sustainable mean. Therefore, this paper seeks the possibility of employment of urban design’s physical element for tsunami impact mitigation within disaster studies field using literature and case studies for Indonesian cities context. This study recommends that Infrastructure planning and design, Coastal forest, Early warning system, Emergency road network planning, Pre-tsunami evacuation planning and Building design and construction are suitable physical element for impact mitigation. Keywords: Urban Design; Tsunami; Mitigation; Physical Element.
减轻海啸影响的城市设计;物理元素的应用
摘要_海啸事件的增多,呼唤着减灾城市设计的一体化。许多全球城市的地球动力学位置表明,后一个地区极易受到地震和海啸的影响。为了支持其作为社会、经济和保护环境的主要枢纽的功能,假设采用城市设计来减轻海啸影响是可持续的。因此,本文通过对印尼城市背景的文献和案例研究,寻求在灾害研究领域中利用城市设计的物理元素来减轻海啸影响的可能性。本研究建议,基础设施规划和设计、沿海森林、预警系统、应急道路网规划、海啸前疏散规划以及建筑设计和施工是缓解影响的合适物理要素。关键词:城市设计;海啸;缓解措施;物理元素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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