Natural and anthropogenic hazards pose significant risks to individuals and communities.
Over the past few decades, risk and reliability analysis have gone from a specialty topic to a …

A Bayesian network methodology is developed for performing infrastructure seismic risk
assessment and providing decision support with an emphasis on immediate post …

This paper presents the major findings of a shake table testing program on a large-scale (1:
2.39) novel segmental concrete single-span bridge specimen. Emphasis is given on various …

In this paper, a more accurate and efficient format of the fatigue response spectrum method
is further proposed considering modal truncation error. Firstly, the quasi-static response of …

The consideration for the angle of seismic incidence (ASI) is critical for the seismic design of
curved bridges. Previous studies indicate that the effect of ASI weakens as the damage …

The effects of ground motion spatial variability (GMSV) or fluid-structure interaction (FSI) on
the seismic responses of deep-water bridges have been extensively examined. However …

The objective of studies presented in this paper is to analyse the spatial incoherency of
seismic ground motions using signals from a velocimeter dense array located on a rock site …

The 395 m long Evripos bridge in central Greece connects the island of Evia to the
mainland. An accelerometer array of 43 triaxial sensors has been monitoring both the free …

This paper investigates the effect of asynchronous earthquake ground motion on the
transverse response of base-isolated bridges. In this context, the excitation of anti-symmetric …

This paper presents a novel, bridge-dependent approach for quantifying the increase of
design quantities due to spatially variable earthquake ground motion (SVEGM). Contrary to …