Steel corrosion is the main cause of deterioration of reinforced concrete (RC) structures. We
provide an up-to-date review on corrosion mechanisms and recent advances in electrical …

Self-healing is recognized as a promising technique for increasing the durability of concrete
structures by healing cracks, thereby reducing the need for maintenance activities over the …

This paper summarizes the grand societal, economic, technological, and educational
challenges related to corrosion of steel in concrete, and presents the state-of-the-art of the …

Traditional cement and concrete production consumes huge amounts of natural resources
and energy, and has a great impact on the ecological environment. Alkali-activated …

Reinforced concrete with lower environmental footprint (lower CO 2 emission) can be
obtained by reducing the clinker content in the cements. As the carbonation of concrete is …

Chloride profiles are used to select concrete compositions for new reinforced concrete
structures, evaluate the condition of existing structures, and to predict their remaining service …

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 steel–concrete interface (SCI) is known to influence corrosion of steel in concrete.
However, due to the numerous factors affecting the SCI—including steel properties, concrete …

The critical chloride content (C crit) of reinforcement corrosion in concrete is of great
importance for the condition assessment of existing structures and for the service life design …

Corrosion-induced concrete cover cracking is one of major deterioration mechanisms for
reinforced concrete (RC) structures. Concrete cracking caused by corrosion of multiple …