Soil spatial variability at different supports is vital in the seismic performance assessment of
large-span structural systems, including sea-crossing cable-stayed (SCCS) bridges. This …

Reliability analysis of buried pipelines subjected to spatiotemporal seismic involves
modeling multiple uncertainties related to loads, soil, and mechanical mechanisms. The …

Nonlinear behavior at the soil–foundation interface due to mobilization of the ultimate
capacity and the associated energy dissipation, particularly in an intense earthquake event …

Seismic fragilities of buildings are often developed without consideration of soil-structure
interaction (SSI), where base of the building is assumed to be fixed. This study highlights …

In the scope of this paper, it is aimed to compare the effects of near and far-fault earthquakes
on the seismic responses (amplitude, spectrum effect, stress) of a relatively complex …

In this study, the seismic fragility analysis for a buried gas pipeline of API 5L X65 was
performed considering the uncertainty of soil parameters. For this purpose, nonlinear time …

The current paper focuses on calculation of the seismic fragility curves for steel structures
representing special moment frames conventionally used in highly seismic regions. To be …

Floods, bridge scour, and flood-associated loads have caused over sixty percent of bridge
failures in the US Current practices for the vulnerability assessment of instream bridges …

This paper revisits the phenomenon of dynamic soil‐structure interaction (SSI) with a
probabilistic approach. For this purpose, a twofold objective is pursued. First, the effect of …

Complex seismic behaviour of soil–foundation–structure (SFS) systems together with
uncertainties in system parameters and variability in earthquake ground motions result in a …