Reinforced concrete structures exposed to marine environments often experience chloride
ingress, reinforcement corrosion, and corrosion‐induced cracking. The electrochemical …

Cracking has been a severe threat to the durability of reinforced concrete structures.
Electrochemical deposition is a promising rehabilitating method for crack repair with the …

To solve the problem of durability deterioration of cracked concrete structures in coastal
environments, this study investigates the effect of repairing loading cracks and corrosive …

Rebar corrosion is a major deterioration mechanism for reinforced concrete and other
cementitious materials, which is often resulted from the ingress of chloride ions from deicer …

This paper presents a comprehensive model for the prediction of the process of steel
reinforcement corrosion and concrete damage in two dimensions. The ingress of chloride …

The premature deterioration of reinforced concrete construction and building materials has
become a major concern throughout the world. Reinforced concrete buildings exposed to …

Reinforced concrete structures experience severe durability degradation when subjected to
alkali–silica reaction (ASR) and chloride attack. A special electrochemical rehabilitation …

Chloride-induced deterioration is the most important deterioration phenomenon in
reinforced concrete structures in marine environments. When a crack occurs in cover …

The deterioration of the US highway infrastructure is a major concern today. In particular, the
deterioration of concrete bridge decks due to chloride-induced corrosion of the reinforcing …

To investigate the time-varying progress of chloride-induced reinforcement corrosion and
cover cracking, the authors embedded mortar specimens with side-located rebars and …