Cl− erosion is the main cause of reinforcement corrosion in marine concrete. Research on
the critical chloride content of reinforcement corrosion in marine concrete has continued …

Conventional supplementary cementitious materials would decrease the alkalinity of pore
solution, which is not beneficial for the stabilization of passive film on the surface of steel …

In the marine environment, the service life of coastal structures can be significantly reduced
on account of chloride corrosion. This study employed nano-silica (NS) to improve the …

Understanding the hydration kinetics and interactions of hydration products of cement
components with chlorides is crucial for designing durable cement-based materials. The …

Oyster shell powder (OSP) has been used as an alternative material for concrete aggregates
to reduce shell waste. This study proposes a green preparation method using …

Low-carbon emission mortar samples were prepared using reactivated cementitious
materials (RCMs) produced by calcinating hydrated cement paste with adjusted Ca/Si ratios …

This study investigates the efficacy of post-fire curing using carbonation with a 20% carbon
dioxide concentration and a relative humidity cycle set between 40% and 90% for restoring …

Concrete constructions used in harsh marine environments are commonly destroyed by
sulfate ions. In this paper, by modeling aggregates as random convex polygons, to analyze …

As a supplementary cementitious material, red mud (RM) has a great potential for producing
low-carbon concrete. However, it may induce alkali-aggregate reaction owing to its high …

This study investigates the effects of lime-saturated water and water–CO 2 cyclic recuring on
strength recovery of thermally damaged high-performance concretes (HPC). The HPC …