提出一套用于德黑兰市时间历史分析的远场记录,并与FEMA-P695记录比较

IF 2.1 4区 工程技术 Q2 GEOCHEMISTRY & GEOPHYSICS
M. Hassani Sokhtesaraei, M. Ghassemieh, S. R. Mirghaderi
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引用次数: 0

摘要

本文的目的是为德黑兰的时程分析和结构设计评估准备一份适当的远场记录清单。因此,研究的重点是考虑影响德黑兰加速度对选择的所有参数。为此,我们研究了1978-2010年间伊朗发生的1000次地震的加速度对,研究了影响德黑兰选择合适加速度对的参数,包括与震中的距离、震级、频率含量、地震机制、土壤性质和地层配置。编制这种清单的一个重要目标是使其适当地与当地设计标准中规定的敏感性和性能水平相匹配。为此,进行了地震、统计和分析研究,最终得到了一份适合德黑兰时程分析和设计评估的加速度图对清单。在本研究中,为了正确理解拟议清单对该地区结构的应用需求,进行了数值和统计研究,并与FEMA-P695清单进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proposing a Set of Far-Field Records for Time History Analysis in Tehran City and Comparison with FEMA-P695 Set Records

The aim of this paper is to prepare a list of appropriate far-field records for the purpose of time history analysis and structural design assessment in Tehran. Accordingly, the study focused on considering all parameters affecting the choice of accelerogram pair for Tehran. For this purpose, a total of 1000 accelerogram pairs of the earthquakes that occurred in Iran during 1978–2010 were studied in terms of the parameters affecting the choice of appropriate accelerogram pair for Tehran, including distance to the epicenter, magnitude, frequency content, earthquake mechanism, soil properties, and configuration of ground layers. An important objective followed by preparing such a list was to appropriately match it to susceptibility and performance levels set in local design standards. For this purpose, seismic, statistical, and analytic studies were performed, finally ending up with a list of appropriate accelerogram pairs for time history analysis and design assessment in Tehran. In this research, to provide a proper understanding of the proposed list’s applied demands on the region’s structures, numerical and statistical studies and comparisons with the FEMA-P695 list have been done.

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来源期刊
Journal of Earthquake and Tsunami
Journal of Earthquake and Tsunami 地学-地球化学与地球物理
CiteScore
2.60
自引率
13.30%
发文量
38
审稿时长
>12 weeks
期刊介绍: Journal of Earthquake and Tsunami provides a common forum for scientists and engineers working in the areas of earthquakes and tsunamis to communicate and interact with one another and thereby enhance the opportunities for such cross-fertilization of ideas. The Journal publishes original papers pertaining to state-of-the-art research and development in Geological and Seismological Setting; Ground Motion, Site and Building Response; Tsunami Generation, Propagation, Damage and Mitigation, as well as Education and Risk Management following an earthquake or a tsunami. We welcome papers in the following categories: Geological and Seismological Aspects Tectonics: (Geology - earth processes) Fault processes and earthquake generation: seismology (earthquake processes) Earthquake wave propagation: geophysics Remote sensing Earthquake Engineering Geotechnical hazards and response Effects on buildings and structures Risk analysis and management Retrofitting and remediation Education and awareness Material Behaviour Soil Reinforced concrete Steel Tsunamis Tsunamigenic sources Tsunami propagation: Physical oceanography Run-up and damage: wave hydraulics.
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