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Total risk and seismic hazard analysis of large embankment dams: case study of Northwest Anatolia, Turkey

机译:总风险和大地震危险性分析西北的路堤大坝:案例研究安纳托利亚,土耳其

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摘要

Resistance and resilience of dams should be controlled through a set of appropriate design metrics to prevent a catastrophic release of reservoir water, especially under seismic excitation. This is a crucial task in earthquake safety evaluation and risk management of existing dams. There are many large dams under the effect of near-source zones in Turkey. This paper provides the required guidelines to address the safety concerns of large dams subjected to earthquakes. It synthesizes the simulations performed for 15 large dams located in 2 separate basins in the Northwest Anatolia Region in Turkey. Most of these dams are impacted by nearby energy sources resulting from horst and graben fault systems. For dams with hydraulic heights ranging from 35 to 89 m, the seismic hazard ratings of the dam sites and the risk ratings of the complete structures were determined, and the potential failure modes were estimated. As a result of this study, 40 of dams have been classified as "extremely high" risk, while others fall into the "high" risk category.
机译:阻力和弹性的水坝通过一组适当的控制设计指标,以防止灾难性的释放水库的水,尤其是在地震中激发。安全性评价和风险管理的存在大坝。在土耳其的近场区域。提供所需的指导方针来解决大型水坝受到安全方面的担心地震。执行15大坝位于2分开盆地西北部安纳托利亚地区火鸡能源产生的地垒和地堑断层系统。从35到89米,地震风险大坝网站和风险评级的评级完整的结构测定,潜在的失效模式估计。本研究的结果,有40%的水坝归类为“极其高”的风险,而另一些人分为“高”的风险类别。

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