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• W22672182 abstract "Damage distribution during large earthquakes is frequently conditioned by site effects. Site effect are best determined using earthquake data. However, that data is not always available and ambient noise measurements have been used as an inexpensive alternative. Microtremor measurements have been used along two paths to study site effects: estimation of a local transfer function, and estimation of the subsoil structure (once this structure is known, it is possible to compute expected ground motion amplification). Currently, the estimation of a transfer function uses H/V spectral ratios almost exclusively. Estimation of the subsoil structure exploits data from array measurements of microtremors applying techniques such as SPAC, ReMi and time domain analysis of cross-correlation. This paper discusses those two paths and shows the results that were obtained in two dissimilar examples: Parkway basin and Colima city. It is shown that results need to be validated; it is unsafe to use a single technique. In addition, it is clear that no single technique is adapted to all possible cases." @default.
• W22672182 created "2016-06-24" @default.
• W22672182 creator A5058592099 @default.
• W22672182 date "2009-12-02" @default.
• W22672182 modified "2023-10-03" @default.
• W22672182 title "Ambient Noise and Site Response: From Estimation of Site Effects to Determination of the Subsoil Structure" @default.
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• W22672182 doi "https://doi.org/10.1007/978-1-4020-9196-4_5" @default.
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