Chloride transport is a vital issue in the research on the durability of alkali-activated
materials (AAMs). Nevertheless, due to its miscellaneous types, complex mix proportions …

This study aimed to investigate the effect of transverse cracks on corrosion-induced cracking
in reinforced concrete (RC) structures. A three-dimensional diffusion-mechanical model of …

Enhancing chloride binding capacity and stability of cement paste is beneficial to blocking
chloride ingress and preventing the release of bound chloride, and consequently to improve …

The attack of chloride ions is one of the most important factors affecting reinforced concrete
(RC) durability. Chloride ingress into concrete is usually studied by assuming constant …

The importance of dams is rapidly increasing due to the impact of climate change on
increasing hydrological process variability and on water planning and management need …

Based on the transport model of moisture, this paper establishes a prediction model of
chloride transport in unsaturated concrete. For the moisture transport model, different water …

In this paper the negative effects of the chloride ions attack in reinforced concrete (RC)
elements have been studied. For this the vertical and horizontal chloride diffusivity has been …

For reinforced concrete (RC) structures, the corrosion of the reinforced steel bars from
chloride ions is a periodic risk. The chloride ions diffusion is governed by Fick'laws …

The increasing demand for reconstructions of concrete structures and the wide availability
on the market of surface protective products and systems could lead to misunderstandings in …

The diffusion of chloride ions in reinforced concrete (RC) varies in space and time,
depending on many uncertain factors as material properties, temperature, aging, humidity …