Deterioration due to corrosion is a key issue affecting the durability, safety, and sustainability
of buildings and structures. Most cities are located in coastal areas and many reinforced …

Carbonation of concrete is generally assumed to lead to reinforcing steel corrosion. This
mindset has long dictated the research priorities surrounding the developments towards …

The application of Raman spectroscopy in the study of the corrosion of steel reinforcement in
concrete is critically reviewed. The Raman effects of all the possible products formed during …

Currently, ground granulated blast-furnace slag cements use in cement-based materials is
being increasing because perform well in marine and other aggressive environments …

Low-binder eco-efficient concretes and carbon uptake are opportunities for mitigating CO 2
emissions and reaching net zero goals. However, the risk of corrosion induced by …

Synergistic inhibition performance of trisodium phosphate (TSP) and phytic acid (PA) on
chloride-induced corrosion of Q235 carbon steel in carbonated concrete pore solutions was …

This work aims to shed new light on the evolution of passivation and chloride-induced
corrosion behavior of a high-strength prestressing steel affected by stray current and silicate …

The long-term corrosion resistance of reinforcing steel embedded in alkali-activated slag
(AAS) mortar and ordinary Portland cement (OPC) mortar, when subjected to aggressive …

Prior to natural carbonation, a protective passive film could be formed naturally on
reinforcing steel when exposure to alkaline concrete environment. To evaluate the …

The influence of red mud (RM) on long-term corrosion resistance of reinforcing steel in
mortars exposed to coupled actions of chloride attack and natural carbonation was …