Accurate corrosion assessment of reinforced concrete (RC) structures is expected to
improve the service life and durability of structures. However, traditional evaluation methods …

Corrosion rate (ie, corrosion current density), a crucial kinetic parameter for predicting and
modeling service-life performance of reinforced concrete structures, can be estimated using …

Corrosion in reinforced concrete components promotes the degradation of structural
durability during the service life of buildings. In this paper, the performance of several …

Corrosion of steel reinforcements is a major factor that will adversely affect the seismic
performance of the reinforced concrete (RC) columns. This paper investigates the …

Steel bar corrosion is prone to serious degeneration of the bond strength (τ BS) of reinforced
concrete, which leads to structural failure. There are many factors affecting the τ BS; thus, the …

Corrosion of reinforcement can lead to a decrease in the load carrying capacity of reinforced
concrete structures and affect their safety. Therefore, accurate evaluation of the ultimate load …

The evaluation of internal damage in concrete structures is related to not only its rapid repair
and reinforcement but also its safe usage, and is therefore essential for ensuring its …

Existing machine learning (ML) models for corrosion rate prediction of steel in cementitious
materials are typically established based on laboratory datasets obtained under controlled …

Chloride-induced corrosion of tensile rebars in reinforced concrete (RC) structures causes
cracking in the concrete surface along corroded rebars. The width of these cracks could …

Reinforced concrete (RC) is one of the most commonly used composite materials in
construction industry. Corrosion of reinforcing steel embedded in concrete is a crucial issue …