Banggae未来海啸缓解计划,西苏拉威西省,印度尼西亚

A. Y. Baeda, Nurhidayani Namiruddin
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引用次数: 0

摘要

从地质上讲,苏拉威西岛是一个复杂的地区。它是由三个岩石圈板块汇聚而成,其中澳大利亚板块向北漂移,太平洋板块向西漂移,欧亚板块由南向东南漂移。未来的海啸模拟是使用SiTProS(暹罗海啸传播模拟器)1.5版完成的。采用地震坐标、震级、震源深度、传播方式等数据作为模拟的主要输入参数。根据这些未来的海啸模拟结果,为西苏拉威西省马杰尼地区的邦盖区选择的减灾方案是垂直海啸减灾方案。由于其详细的参数,即人口细节、疏散时间、距离和速度,垂直海啸缓解计划可以确定是否存在避难所参数,并精确地分析所需的额外避难所。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mitigation Schemes for Banggae Future Tsunami, West Sulawesi Province, Indonesia
Geologically, Sulawesi Island is a complex area. It is caused by the convergence between three lithosphere plates, where the Australian Plate drifting to North, Pacific to West, and Eurasia from South to South-East respective. The future tsunami simulation was done by using SiTProS (Siam Tsunami Propagation Simulator) Version 1.5., which uses data such as earthquakes coordinate, magnitudes, focus depths, and propagation scheme, as the main input parameters in the simulations. Based on those future tsunami simulations results, the mitigation scheme chosen for Banggae District of Majene Region, West Sulawesi Province is the Vertical Tsunami Mitigation scheme. Due to its detailed parameters i.e. population details, evacuation time, distance and speed, the Vertical Tsunami Mitigation Scheme can determine the existence of shelters parameters and analyze the additional shelters needed in precise manner.
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