The deterioration of reinforced concrete (RC) structures due to chloride-induced corrosion is
not spatially uniform because of the spatial variability related to material properties and …

In recent years, interest in the effect of the spatial variability associated with steel corrosion
on the safety and reliability of reinforced concrete (RC) structures in harsh environments has …

Carbonation is a phenomenon that involves several uncertainties associated with concrete
properties and environmental factors. However, most existing studies have adopted a …

Corrosion-induced cracking is one important limit state in the durability performance
analysis of the reinforcement concrete (RC) structures. A comprehensive probabilistic …

The corrosion of steel bars is the main issue affecting the durability of reinforced concrete
structures, which is nonuniform owing to the material properties and external environmental …

The research assesses the effect of selected type II additives on concrete carbonation.
Siliceous fly ash, FASi, is used as a cement component or cement replacement in concrete; …

The environment around concrete structures may be influenced by a changing climate,
especially in the long run, leading to an acceleration of deterioration. Therefore, the safety …

Carbonation is a typical deterioration phenomenon which accelerates steel corrosion
through pH drop in pore water by intrusion of external carbon dioxide (CO 2). Many …

Since a concrete structure exposed to a sulfate environment is subject to surface ion ingress
that yields cracking due to concrete swelling, its service life evaluation with an engineering …

Corrosion is a major threat to RC bridges for their lifelong safety and sustainability. This
article investigates the spatiotemporal progression of corrosion degradation in piers of a RC …