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Effect of Tsunami Evacuation Buildings and Seawalls using the Tsunami Evacuation Simulator in Iquique, Chile

机译:海啸疏散建筑物与海堤在智利伊基克省疏散模拟器的影响

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After The 2011 off the Pacific coast of Tohoku Earthquake, it has become important that not only enhancement of hardware side e.g. construction of seawalls, but devising the comprehensive effective disaster prevention schemes including software measures like establishment of evacuation scheme, according to increase of possible tsunami height. Arikawa and Oie(2015) developed the evacuation simulator coupled with numerical wave flumes STOC(Tomita et.al. 2006) or CADMAS/3D(Arikawa et.al. 2005). They discussed how evacuation behavior is effected by evacuation place. In this study, using this model, the effect of the installation of tsunami evacuation building and seawalls, and the height of the seawalls on evacuation behavior is discussed.
机译:在2011年离开太平洋地震的太平洋海岸之后,它不仅要加强硬件方面的重要性。根据可能的海啸高度的增加,建设海堤,包括综合有效灾害预防计划,包括建立疏散计划的软件措施。 Arikawa和Oie(2015)开发了疏散模拟器,与数值波闪光灯STOC(Tomita et.al.2006)或CADMAS / 3D(Arikawa et.al.2005)。他们讨论了疏散行为如何通过疏散地点实现。在本研究中,使用该模型,讨论了海啸疏散建筑和海堤的效果,以及海堤对疏散行为的高度。

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