Ground‐motion studies are a key component of seismic hazard analyses and often rely on
information of the source, path, and site. Extensive research has been done on each of …

We have analyzed the recently developed pan-European strong motion database,
RESORCE-2012: spectral parameters, such as stress drop (stress parameter, Δ σ), anelastic …

This dissertation deals with the in situ characterization of the small-strain shearwave velocity
and damping ratio from the interpretation of Multi-channel Analysis of Surface Waves …

High-frequency attenuation of ground motions is commonly characterized by the κ
parameter. κ and its value at zero distance, κ 0, are critical parameters for site …

A stochastic finite‐fault approach based on corner frequency (EXSIM) is applied to simulate
the Tottori Mw 6.2 earthquake. The parameter κ0 is calculated based on ground motion …

A proper assessment of seismic reference site conditions has important applications as they
represent the basis on which ground motions and amplifications are generally computed …

In our study, we estimated earthquake source parameters and spectral decay characteristics
of 378 seismograms corresponding to 80 small earthquake events with magnitudes ranging …

To study the source, site amplification and seismic wave attenuation characteristics in the
Sichuan area, 1242 ground motion recordings corresponding to 62 earthquake events with …

Lately the spectral decay parameter, κ, which essentially represents the decay of the high
frequency ground motion amplitudes, is highly utilized and also debated in the scientific …

Abstract VS30, time-averaged shear-wave velocity over the top 30 m of the site profile is the
parameter that mainly governs site response functions in ground-motion prediction …