Abstract: This paper is aimed to study the corrosion resistance of Cr10Mo1 alloy corrosion-resistant steel (CR) in the seawater–sea sand concrete pore solution (SWSSCPS), compared with low-carbon steel (LC) and stainless steel (SS). ...

Abstract: Corrosion of steel bars embedded in reinforced concrete structures considerably reduces the service life and even causes early failure of the structure. Herein, alumina/titania ceramic coated rebars is investigated in terms ...

Abstract: This study prepared modified alkali-activated slag repair materials by incorporating an ethylene-vinyl acetate copolymer emulsion (EVA). Sulfate attack tests, shrinkage tests, scanning electron microscopy, and mercury ...

Abstract: Under complex geological circumstances, the deep part of ultrahigh-performance concrete (UHPC) experiences high stress, high temperature, and high permeability, resulting in the rapid corrosion and damage of concrete ...

Abstract: Corrosion of steel bars embedded in reinforced concrete structures considerably reduces the service life and even causes early failure of the structure. This paper investigates the early corrosion behavior of an alloy ...

Abstract: The combined attack of (1) mechanical fatigue load, and (2) freeze-thaw, can lead to premature deterioration of concrete materials in cold climate regions. The interactive effect of these two loads on the damage of concrete ...

Abstract: Chloride transport is one of the most serious problems facing reinforced concrete structures, and coatings can effectively block the intrusion of chloride ions. In order to evaluate the resistance of coatings to chloride ...

Abstract: The aim of this research is to investigate the sorptivity and capillary coefficient in unsaturated concrete using the capillary water absorption experiment. The effects of water-binder ratio, fly ash content, and aggregate ...