Abstract: Structural failures attributable to corrosion of reinforcement cause enormous damages to marine structures in the severe condition of the Persian Gulf. In this study, a comprehensive set of destructive and nondestructive ...

Abstract: Chloride-induced corrosion is one of the main causes of deterioration of reinforced concrete structures in marine environments. In the last decades many investigations have been concluded to determine the parameters affecting ...

Abstract: Chloride-induced corrosion is the main cause of premature deterioration and failure of RC structures in corrosive environments. Therefore, modeling chloride permeation and investigating different methods for the repair and ...

Abstract: One of the most severe exposure conditions for concrete structures is a sewage environment where various kinds of chemical and biological aggressive ions exist. These substances react with concrete through different ...

Abstract: Performance of different cementitious repair materials is studied as part of an ongoing repair project on an existing reinforced concrete jetty in harsh environment of Persian Gulf. Concrete repair materials with different ...

Abstract: One of the most aggressive environments for concrete is in an industrial area such as a petrochemical complex compound. In this area, exposure to highly corrosive materials such as ammonium nitrate, high carbonation rates ...