As part of the community stress‐drop validation study, we evaluate the uncertainties of
seismic moment M 0 and corner frequency fc for earthquakes of the 2019 Ridgecrest …

Robustness of source parameter estimates is a fundamental issue in understanding the
relationships between small and large events; however, it is difficult to assess how much of …

As part of the community stress‐drop validation study initiative, we apply a spectral
decomposition approach to isolate the source spectra of 556 events occurred during the …

Site‐specific seismic hazard assessment involves the prior knowledge of (1) the input
ground motion at the local bedrock and (2) the site response. In this article and its …

基于四川地区62 个强震动台站的场地资料, 依据中国抗震规范及美国下一代衰减的Geomatrix
(GMX) 场地分类方法将台站场地进行了划分, 并以台站的场地放大系数和高频衰减参数(κ 0) …

Stochastic finite-fault simulations are effective for simulating ground motions and are widely
used in engineering to determine the impacts of ground motion and develop relevant …

To gain new insights into ground-motion phenomena in New Zealand (NZ), we apply the
non-parametric generalized inversion technique (GIT) in the Fourier domain to isolate 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 …

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 …

Reliable estimation of earthquake source parameters is fundamental to improve our
understanding of earthquake source physics and for ground‐motion modeling in seismic …