The effect of calcium silicate hydrate (CSH) on chloride (Cl−) binding and steel corrosion in
simulated concrete pore solution (SCPS) was evaluated. The results showed that Cl …

Corrosion of steel bar is a major problem influencing the long-term performance of
reinforced concrete structures. It is known that both oxygen and water involve in the initiation …

Reinforced concrete (RC) structures usually are exposed to a wide variety of combined
actions, which may cause various damages to the structures. The main objective of this …

An improved numerical model for steel reinforcement corrosion in concrete was developed
to investigate the influences of temperature and relative humidity on process control and …

In coastal areas, built structures encounter hostile conditions and forces that can cause them
to deteriorate over time owing to saltwater exposure, tidal forces, reinforcement corrosion …

Variations of temperature and moisture content in concrete arise as the effects of climate
load in a natural environment; because it can be easily measured, relative humidity is often …

Oxygen diffusion in reinforced concrete (RC) is a crucial factor affecting the corrosion of steel
bars under a high chloride environment, while it is also controlled strongly with the …

Chloride induced corrosion under coupled environmental effects of high humidity and high
temperature often found in gulf marine environment is a very serious threat for durability of …

The curing of concrete requires high water demand. In this study reinforcement corrosion
protection of self-curing concrete (SC) mixtures incorporating two water-soluble polymers; …