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Alexey Konovalov, Ilia Orlin, Andrey Stepnov and Yulia Stepnova
In the present study, empirical attenuation relations for multiple ground motion intensity measures (PGA, PGV, Ia, FIV3, CII, and MFAS) were developed for Sakhalin Island (in the far east of Russia). A recorded strong motion dataset was used, making GMPE...
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Ruiguang Zhu, Bohan Du, Yekai Yang and Dagang Lu
Numerous studies have examined the responses of various structures to the mainshock?aftershock (MS?AS) ground motion, and the MS?AS ground motions are very important as the input. Therefore, in the absence of aftershock information, it is particularly cr...
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Paul Olteanu and Radu Vacareanu
In support of displacement-based design (DBD), an attenuation model for the prediction of the spectral displacement of intermediate-depth earthquakes generated by Vrancea source is proposed. DBD is an alternative to force-based design, the main benefits ...
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Yuxiang Tang, Nelson Lam, Hing-Ho Tsang and Elisa Lumantarna
In low-to-moderate seismicity (intraplate) regions where locally recorded strong motion data are too scare for conventional regression analysis, stochastic simulations based on seismological modelling have often been used to predict ground motions of fut...
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Athanasius Cipta, Phil Cummins, Masyhur Irsyam and Sri Hidayati
We use earthquake ground motion modelling via Ground Motion Prediction Equations (GMPEs) and numerical simulation of seismic waves to consider the effects of site amplification and basin resonance in Jakarta, the capital city of Indonesia. While spectral...
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Benjamin Edwards, Nadine Staudenmaier, Carlo Cauzzi and Stefan Wiemer
A method is described for the prediction of site-specific surface ground motion due to induced earthquakes occurring in predictable and well-defined source zones. The method is based on empirical Green?s functions (EGFs), determined using micro-earthquak...
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