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A platform for research: civil engineering, architecture and urbanism
Site Amplification of Iran’s Major Seismic Zones Using Attenuation Relationship
This study deals with attenuation relation for Peak Ground Acceleration (PGA), Peak Ground Velocity (PGV), and spectral acceleration of Iran’s major seismic zones (the Central Iran and Zagros zones) considering ground amplification of site classes. The main development of attenuation relationship in terms of site classes has already been published by the authors. This study discusses site amplification in spectral acceleration compared to the seismic design codes of Iran (Standard 2800, 2014) and FEMA368 limits of amplification. Moreover, the relationships between the PGA or PGV and average shear wave velocity at 30-m depth (AVs30) are presented. This helps to predict appropriate PGA or PGV for each site corresponding to its AVs30.
Site Amplification of Iran’s Major Seismic Zones Using Attenuation Relationship
This study deals with attenuation relation for Peak Ground Acceleration (PGA), Peak Ground Velocity (PGV), and spectral acceleration of Iran’s major seismic zones (the Central Iran and Zagros zones) considering ground amplification of site classes. The main development of attenuation relationship in terms of site classes has already been published by the authors. This study discusses site amplification in spectral acceleration compared to the seismic design codes of Iran (Standard 2800, 2014) and FEMA368 limits of amplification. Moreover, the relationships between the PGA or PGV and average shear wave velocity at 30-m depth (AVs30) are presented. This helps to predict appropriate PGA or PGV for each site corresponding to its AVs30.
Site Amplification of Iran’s Major Seismic Zones Using Attenuation Relationship
Saffari, Hamid (author) / Kuwata, Yasuko (author) / Mahdavian, Abbas (author)
Journal of Earthquake Engineering ; 22 ; 1918-1935
2018-11-26
18 pages
Article (Journal)
Electronic Resource
English
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