智利板块内俯冲地震尾矿库稳定性研究的静态地震设计系数

Rodolfo Saragoni, Bastián Garrido
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引用次数: 0

摘要

复杂数值模型的不断发展取代了简单的静力分析,使动力分析更加可信。然而,目前的智利法规DS248的SERNAGEOMIN规定了必要的分析,以保证这些结构的稳定性,仍然需要这两种分析。当设计震源为板间时,确定静力地震系数的表达式在确定安全系数并与动力分析进行比较时给出了一致的结果,而在板内情况下,安全系数更为保守。在这项工作中,提出了一种新的不同的表达式,用于智利板内地震,该表达式基于等破坏性潜力的概念,这使得两种分析之间具有更好的一致性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Coeficientes sísmicos estáticos de diseño para estudios de estabilidad de tranques de relaves para terremotos subductivos intraplaca chilenos
derivada The progressive advance of sophisticated numerical models to represent the behaviour of dams has displaced simplified static analyses and has given more credibility to dynamic analyses. However, the current Chilean regulation DS248 of SERNAGEOMIN that defines the necessary analyses to guarantee the stability of these structures still requires both analyses. When the source of the design earthquake is interplate, the expressions to determine the static seismic coefficients have given consistent results when determining the safety factors and comparing with dynamic analysis, unlike what has been seen for the intraplate case where the safety factors have been more conservative. In this work, a new different expression is proposed for Chilean intraplate earthquakes derived on a concept of iso destructive potential, which allows better coherence between both analyses.
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