In performance-based earthquake engineering framework, seismic fragility functions play a
fundamental role for quantifying the seismic resilience. There are three main approaches for …

The non-functionality of bridges after the occurrence of a sudden hazard can significantly
impact highway transportation systems and affect the recovery process. Seismic risk …

Despite many studies on barge collisions with girder bridges in the literature, this paper
investigates the progressive damage behaviors and nonlinear failure modes of a cable …

In the design and assessment of structures, the aspects regarding the future performance
are gaining increased attention. A wide range of performance measures is covered by …

Seismic intensity measures (IMs) perform a pivotal role in probabilistic seismic demand
modeling. Many studies investigated appropriate IMs for structures without considering soil …

Characterizing the effect of varying model parameters on the seismic performance of bridges
is a desirable assistance to retrofits of existing bridges and designs of new bridges …

This paper presents results of one‐g shake‐table tests on scoured pile‐group‐supported
bridge models in saturated (liquefiable) and dry (nonliquefiable) sands. The primary …

This study focuses on identifying trends in seismic behavior of reinforced concrete bridges
with seat-type abutments under earthquake loading, especially with respect to abutment …

This study investigates the effect of ground motion duration on the seismic response of base-
isolated bridges. Three different isolation bearings are considered in this study, such as lead …

Abutment behavior significantly influences the seismic response of certain bridge structures.
Specifically in the case of short bridges with relatively stiff superstructures typical of highway …