In this study, 334 accelerograms of 42 small‐to‐moderate earthquakes recorded at 36
strong‐motion stations were used to investigate the ground‐motion characteristics of the …

This study presents empirical ground-motion models (GMMs) for estimating Arias intensity
(IA), cumulative absolute velocity (CAV) and significant ground-motion duration (D5–75 and …

Spectral parameter kappa (κ) is widely used to model the decay slope of the Fourier
acceleration spectrum at high frequencies. This study presents estimates of κ 0, often …

Quantifying the source, propagation path, and site characteristics accurately is pivotal for
evaluating regional earthquake hazards. The nonparametric generalized inversion …

In this study, we develop ground‐motion models (GMMs) for the Island of Hawaii. This area
has been the site of several significant earthquake events with a growing database of strong …

Based on the advantages of the chaos particle swarm optimization algorithm and the
generalized inversion technology, this article estimates the source parameters and site …

The high-frequency decay parameter (κ) is investigated using the three-component
broadband seismograms from 306 earthquakes with ML 3.1–5.6 recorded at nine Iranian …

Following the site classification methods proposed the Chinese seismic code (Code16) and
the Next Generation Attenuation (GMX), the site conditions of 62 strong motion observation …

In this paper, we explore the use of seismicity data on a single-station basis in site response
characterization. We train a supervised deep-learning model, SeismAmp, to recognize and …

Ground-motion models (GMMs) are frequently used in engineering seismology to estimate
ground motion intensities. The majority of GMMs predict the response spectral ordinates …