We used an ergodic ground-motion model (GMM) of California of Bayless and Abrahamson
(Bull Seismol Soc Am 109 (5): 2088–2105, 2019) as a backbone model and incorporated …

Generalized inversion techniques (GITs) have become popular for determining
seismological parameters (eg, source, attenuation, and site response), particularly in low‐to …

Earthquake site effects have a major impact on the seismic hazard. However, evaluating the
site response over a broad frequency range and with a high spatial resolution remains …

Current practice in strong ground motion modelling for probabilistic seismic hazard analysis
(PSHA) requires the identification and calibration of empirical models appropriate to the …

Recent updates of pan-European seismic hazard and risk maps adopted the partially non-
ergodic Kotha et al.(Bull Earthq Eng 18: 4091–4125, 2020) ground-motion model. This …

Many applications related to ground-motion studies and engineering seismology benefit
from the opportunity to easily download large dataset of earthquake recordings with different …

Résumé The Le Teil earthquake (south France, 11 November 2019, Mw 4.9, 1 km depth,
about 4 km of surface rupture) was felt at a distance up to about 300 km. We estimate the …

In the framework of site‐specific seismic hazard assessment, the definition of reference
motion is a crucial step. Reference motion is generally associated with hard‐rock conditions …

Seismic hazard studies provide indicators of seismic motion that are expressed for “free‐
field,” that is, representative of the ground motion exactly at the free surface, without …

This study presents the coupling of the spectral decomposition results for anelastic
attenuation, stress drop, and site effects with the Graves‐Pitarka (GP) hybrid ground‐motion …