Please use this identifier to cite or link to this item: http://hdl.handle.net/2122/9954
AuthorsDe Luca, F.* 
Ameri, G.* 
Iervolino, I.* 
Pacor, F.* 
Bindi, D.* 
TitleToward validation of simulated accelerograms via prediction equations for nonlinear SDOF response
Issue DateMar-2014
Series/Report no./55(2014)
DOI10.4430/bgta0114
URIhttp://hdl.handle.net/2122/9954
Keywordsseismic risk
simulated strong motion
Subject Classification04. Solid Earth::04.06. Seismology::04.06.04. Ground motion 
AbstractSeismic structural risk analysis of critical facilities may require nonlinear dynamic analysis for which record selection is one of the key issues. Notwithstanding the increasing availability of database of strong-motion records, it may be hard to find accelerograms that fit a specific scenario (e.g., in terms of magnitude and distance) resulting from hazard assessment at the site of interest. A possible, alternative, approach can be the use of artificial and/or simulated ground motion in lieu of real records. Their employment requires systematic engineering validation in terms of structural response and/or seismic risk. Prediction equations for peak and cyclic inelastic single degree of freedom systems’ response, based on Italian accelerometric data, are discussed in this study as a possible benchmark, alongside real record counterparts, for the validation of synthetic records. Even if multiple events would be in principle required, an extremely preliminary validation is carried out considering only four simulated records of the 1980 Irpinia (southern Italy) Mw 6.9 earthquake. Simulated records are obtained through a broadband hybrid integral-composite technique. Results show how this simulation method may lead to generally acceptable results. It is also emphasized how this kind of validation may provide additional results with respect to classical signal-to-signal comparison of real and simulated records.
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