This study addresses the topic of the spatial variation of seismic ground motions as
evaluated from data recorded at dense instrument arrays. It concentrates on the stochastic …

The effect of the spatial variability-incoherence and apparent propagation of the seismic
ground motions on the response of buried and above-ground lifelines is analysed …

Spatial variability of near‐fault strong motions recorded by the US Geological Survey
Parkfield Seismograph Array (UPSAR) during the 2004 Parkfield (California) earthquake is …

A methodology for the investigation of the spatial variation of seismic ground motions is
presented; data recorded at the SMART‐1 dense instrument array in Lotung, Taiwan, during …

A rigorous methodology for the simulation of homogeneous and partially isotropic
multidimensional random fields is introduced. The property of partial isotropy of the random …

In this study it is investigated whether signal processing techniques and least-square
minimization methods applied to seismic data can identify the deterministic signal …

The spatial variation of seismic ground motions is critical for the response of lifeline
structures, such as bridges and dams. The physical characterization of the seismic spatial …

In the present paper, spatially variation input effects on seismic responses of arch dams
have been studied. Recorded ground accelerations at the dam foundation interface of …

In the present paper, the seismic response of an arch dam subjected to spatial variation of
ground motions along the interface with its foundations is investigated. Recorded ground …

Earthquake induced base motions of elongated structures will not be uniform. This variation
of ground motion has a nonnegligible effect on the dynamic response of lifelines that has led …