In-lab accelerated steel rebar corrosion tests have greatly deepened the understandings in
corrosion behaviors, but remain still far from being filling the gaps between the corrosion …

Impressing current is a popular technique to adjust corrosion behaviors of structures, both in
academic investigation and engineering practice. Focusing on the specific problem, this …

In this study, we developed a dynamic self-balanced electrochemical model to explore the
intricate interplay between coupled heat-moisture transmission and the corrosion process of …

Chloride-induced corrosion of steel in reinforced concrete (RC) exhibits complicated
mechanisms such as chloride diffusion, oxygen diffusion, electrochemical polarization …

In order to analyze and predict the corrosion ratio and rust layer distribution of steel rebar
embedded in reinforced concrete under time-varying climatic conditions, a self-balancing …

Corrosion is one of the most serious durability concerns for steel reinforced structures
exposed to coastal and offshore environments. In engineering practice, the corrosion …

An advanced model is developed to elucidate relationship between availability of oxygen
and active corrosion, considering the equilibrium between gaseous and dissolved oxygen …

A novel numerical model is proposed for characterizing the nonuniform corrosion of steel
bars. The proposed model corrects the anodic Tafel slope through the concentration of …

Considering that reinforced concrete structures typically work with cracks, this work aims to
investigate the chloride-induced non-uniform corrosion of steel by proposing a five-phase …

This study utilized a heat-moisture coupling model to characterize the internal
microenvironment of concrete and establish the relationship between environmental …