Preface of special issue: A new generation of ground-motion models for Europe and the Middle East

Douglas, John

doi:10.1007/s10518-013-9535-3

Cited by 4 publications

(1 citation statement)

References 19 publications

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“…The most recently developed GMPEs that seek to capture epistemic uncertainty using the common database of Pan-European strong-motion records RESORCE (Akkar et al 2014a) were compiled in a special issue of the Bulletin of Earthquake Engineering in (Douglas 2014 (Akkar et al 2014a). For the derivation of our representative GMM suite we selected four of those GMPEs (Table 1), namely AK14 (Akkar et al 2014b), BI14 (Bindi et al 2014), BO14 (Bora et al 2014) and DE14 (Derras et al 2014).…”

Section: Selection Of Gmpesmentioning

confidence: 99%

Modelling Pan-European ground motions for seismic hazard applications

Garcı́a-Fernández¹,

Gehl²,

Jiménez³

et al. 2019

Bull Earthquake Eng

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Ground motion models (GMMs) are a key component in seismic hazard assessment and in seismic risk analysis. The consideration of both aleatory and epistemic sources of variability may have significant influence on the results and are vital because of their influence on the over-or underestimation of the final assessment of losses. Recent research has shown that the commonly used framework of weighted logic trees for the choice of GMMs is not necessarily the best suited to account for epistemic uncertainty. Recently, a simple and alternative procedure has been proposed in which a GMM suite is defined with only three representative models (lower, central and upper) derived from available median models. This alternative model is equivalent to the use of multiple models, provided the same range of epistemic uncertainty is sampled. The representative suite approach was applied to the European context for developing a Pan-European GMM for EC8 ground type B and normal or strike slip faulting style for its implementation in risk analysis of critical infrastructures Europe wide, within the framework of the European funded project INFRARISK. The proposed new Pan-European representative GMM is based on the most recent GMMs developed using the common RESORCE strong-motion database of European and Near and Middle East acceleration records. It is shown to perform well when tested against new ground-motion observations from the ESM-Engineering Strong-Motion database and even slightly better than other available GMMs. The procedure is efficient and transparent limiting the sample space to three GMMs and reducing both complexity of the modelling and computational efforts.

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