Repair has become a viable option for restoring the use of earthquake-damaged RC
elements, even those that have been severely damaged. To select and design an …

A framework for the generation of bridge‐specific fragility curves utilizing the capabilities of
machine learning and stripe‐based approach is presented in this paper. The proposed …

In this study, a lightweight prestressed steel jacket (PSJ) was proposed and developed for
rapid and cost-effective repair of a severely damaged circular reinforced concrete column …

This paper presents a procedure for rehabilitating plastic hinges with damaged/fractured
weldable longitudinal rebars in severely damaged reinforced concrete (RC) bridge columns …

Research on rapid repair of reinforced concrete (RC) columns has been limited to columns
with slight or moderate damage. Moreover, few studies have been conducted on repair of …

Modern design codes ensure a large displacement capacity and prevent total collapse for
bridges under earthquakes. However, this performance objective is usually attained at the …

Accelerated bridge construction (ABC) has become increasingly popular in the eyes of state
and federal transportation agencies because of its numerous advantages. To effectively …

Shake-table response of a 33.6-m-long (110-ft-long), four-span, RC bridge model with a
continuous posttensioned superstructure supported on three, two-column bents was studied …

The main objective of this study was to develop a rapid and effective repair method using
carbon fiber–reinforced polymer (CFRP) fabrics for earthquake-damaged circular RC bridge …

Data from 32 bridge column models mostly tested on shake tables were used to develop
fragility curves for six seismic response parameters at five apparent damage states (DSs) …