relation: https://episodesplatform.eu/eprints/1919/
title: Strong- Motion Attenuation Relations
creator: Campbell, Kenneth W.
subject: Path and site effects
description: An evaluation of seismic hazards, whether deterministic (scenario  based) or probabilistic, requires an estimate of the expected  ground motion at the site of interest. The most common means of  estimating this ground motion in engineering practice, including  probabilistic seismic hazard analysis (PSHA), is the use of an  attenuation relation. An attenuation relation, or ground-motion  model as seismologists prefer to call it, is a mathematical-based  expression that relates a specific strong-motion parameter of  ground shaking to one or more seismological parameters of an  earthquake. These seismological parameters quantitatively characterize  the earthquake source, the wave propagation path between  the source and the site, and the soil and geological profile  beneath the site.  ...
publisher: Elsevier
contributor: Lee, William HK
contributor: Kanamori, Hiroo
contributor: Jennings, Paul C.
contributor: Kisslinger, Carl
date: 2003-07
type: Book Section
type: NonPeerReviewed
identifier:   Campbell, Kenneth W.  (2003) Strong- Motion Attenuation Relations.   In:  International handbook of earthquake and engineering seismology.   Elsevier, Amsterdam, pp. 1003-1012.  ISBN 9780124406582     
relation: https://www.elsevier.com/books/international-handbook-of-earthquake-and-engineering-seismology-part-b/lee/978-0-12-440658-2?start_rank=21&sortby=sortByDateDesc&cat0=earth-and-planetary-sciences&cat1=geophysics&cat2=seismology