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 …

Reinforced concrete (RC) constructions are seriously threatened by chloride-induced
corrosion (CIC) and carbonation, which can result in structural degradation, safety issues …

In cementitious materials exposed to solutions containing chloride, chloride binding typically
results from the chemical reactions between chloride ions and aluminate phases to form …

The chemical and physical bonds between cement hydrates and chlorides in concrete can
immobilize ingressed chlorides and slow free chloride transport in the concrete pore …

In this study, the miniature concrete prism test (MCPT) was used to evaluate expansion due
to alkali-silica reaction (ASR) in concrete mixtures with very highly reactive fine aggregates …

For Peer Review Only Page 1 For Peer Review Only Supplementary Cementitious Materials in
Portland Limestone Cements Journal: ACI Structural and Materials Journals Manuscript ID …

This paper describes a multi-species and multi-mechanism reactive-transport modelling
framework for concrete. This modelling framework has the potential to be used in …

Free chloride is a crucial factor that threatens the long-term performance of marine concrete
structures. The resistance of cement to chloride penetration and its capacity to bind chloride …

As a non-destructive testing technology, the resistivity method can respond quickly to the
microstructure and macro-performance of cement-based materials (CBMs). This paper …

The durability performance of reinforced concrete is significantly impacted by the diffusion of
chloride. However, accurately predicting chloride ingression in concrete remains …