The stochastic response of the Santa Felicia earth dam, in southern California, to spatially
varying earthquake ground motion (SVEGM) is analyzed. An SVEGM model that accounts …

The aim of this study is to develop design criteria, which account for the effects of
earthquakes spatial variability. The two simplest forms of this problem are dealt with …

In this paper, stochastic dynamic responses of dam–reservoir–foundation systems subjected
to spatially varying earthquake ground motions are investigated using the displacement …

In this chapter, we describe two procedures to generate earthquake asynchronous signals at
different space points for the same seismic event. The foundations of long structures, such …

The shake table test of a long span cable-stayed bridge model subjected to non-uniform
excitation is presented in this paper. The prototype is a double-deck cable-stayed bridge …

The dynamic response of long structures (eg, bridges) is sensitive to the spatial variability of
strong ground motion (asynchronous motion). Ground motion differences increase from …

This paper studies the effect of coherency loss and wave passage on the seismic torsional
response of three‐dimensional, multi‐storey, multi‐span, symmetric, linear elastic buildings …

This paper conducts time history analysis to explore the influence of spatially varying
earthquake ground motion (SVEGM) on seismic responses of the long immersed tunnel …

Spatial variability of ground motions has significant influence on dynamic response of
extended structures such as bridges and tunnels. In this study, the widely used finite-source …

The seismic signals, recorded at different surface points during the propagation of the
seismic waves through soil, show differences due to the soil-wave interaction. The seismic …