This work reveals influence of the stress state of steel bars on the critical chloride content for
depassivation in a simulated concrete pore solution (SCPS). The passivation behavior of …

To study the influence of tensile stress on the depassivation behaviour of carbon steel, the
critical chloride threshold C Cl, crit, chemical composition, surface morphology, thickness …

Reinforced concrete structures inevitably experience variable mechanical loads and
continuous degradation from aggressive environments such as deicing salts. In this study …

Purpose–This paper aims to clarify the semi-conductive behavior of the passive layer formed
in concrete environment without and with presence of chloride ions under different loading …

Depassivation and corrosion of reinforcing steels submitted to chloride in simulated concrete
pore solution was studied with electrochemical methods. Measurements included half-cell …

This work aimed at studying the depassivation mechanism of the passive film on galvanized
steel bar in concrete pore solution with different concentrations of chloride ion. The results …

The effect of chloride ions on passivity breakdown of steel in simulated concrete pore (SCP)
solution was studied using electrochemical techniques. In this regards, the sensitivity of …

In order to study the corrosion mechanism of carbon steel, the passive film characteristics,
critical chloride threshold and depassivation of HPB335 carbon steel in different solutions …

In chloride-contaminated alkaline solutions simulating the seawater concrete pore
environments, the spontaneous passivation and passivity breakdown of a novel 10CrMo …

The electrochemical properties and depassivation mechanism of Q355B steel passivation
film in simulated concrete pore solutions with different Cl− concentrations were investigated …