The objective of this study is to review, evaluate, and compare the existing research and
practices on electrical resistivity as a nondestructive technique in evaluating chloride …

Despite the substantial steps made in understanding the mechanics of reinforced concrete
structures, effectively addressing, and mitigating inelastic buckling remains a complex and …

The tensile behaviors of corroded steel bars are important in the capacity evaluation of
corroded reinforced concrete structures. However, information on the tensile behaviors of …

A new phenomenological hysteretic model for reinforcing bars with and without corrosion
damage is presented. The model simulates buckling of reinforcement, deterioration in post …

To evaluate seismic resistance of concrete structures with bimetallic steel bars (BSBs) over
the entire life cycle, it is important to clarify effects of corrosion ratio and fatigue strain …

An advanced modelling technique is developed to model the nonlinear cyclic response of
circular RC columns using fibre-based section discretisation method. A comparison between …

The corrosive environment of acid rain affects the durability of prestressed concrete
structures as well as their performance under seismic loading. Therefore, prestressed …

A non-linear finite element (FE) framework for time-dependent capacity assessment of
corroded rectangular reinforced concrete (RC) columns is developed. The proposed non …

A comprehensive probabilistic assessment framework and methodology for evaluating the
seismic resilience of in-service bridge structures have been developed, utilizing a …

This study presents the results of a refined numerical investigation meant at understanding
the time‐dependent cyclic behavior of reinforced concrete (RC) bridge columns under …