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Deterministic seismic hazard assessments for Taiwan considering non-controlling seismic sources

机译:考虑非控制震源的台湾确定性地震灾害评估

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摘要

The region around Taiwan is known for active seismicity, and a few studies have reported a high seismic hazard in this region, including a deterministic seismic hazard analysis (DSHA) study. Essentially, DSHA is to estimate earthquake ground motions considering the worst-case earthquake size and location, but without considering the seismic hazards from non-controlling sources. Understandably, when many non-controlling sources are present, the original DSHA framework could be insufficient. Therefore, using the extreme probability theory, this study introduces a new DSHA framework taking non-controlling seismic sources into account during DSHA calculations. The new method was applied to a seismic hazard assessment for Taiwan, showing that near the conjunctions of seismic source zones, the increase in seismic hazard could be substantial after considering a total of 19 non-controlling sources. More importantly, like other seismic hazard assessments for Taiwan, this study conveys the same alarming message that a high level of seismic hazard should be present around the region.
机译:台湾周围地区以活跃的地震活动着称,一些研究报道了该地区的强烈地震危险,其中包括确定性地震危险性分析(DSHA)研究。本质上,DSHA将在考虑最坏情况下的地震规模和位置的情况下估计地震地震动,但不考虑来自非控制源的地震危险。可以理解,当存在许多非控制源时,原始的DSHA框架可能不足。因此,本研究采用极限概率理论,引入了一种新的DSHA框架,在DSHA计算中考虑了非控制性地震源。将该新方法应用于台湾的地震危险性评估,结果表明,在考虑总共19个非控制震源之后,在地震震源区的结合点附近,地震危险的增加可能是巨大的。更重要的是,与台湾地区的其他地震灾害评估一样,本研究传达了同样的令人震惊的信息,即该地区附近应存在高水平的地震灾害。

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