This paper reviews the chloride binding of cement-based materials subjected to external
chloride environments. Chloride ion exist either in the pore solution, chemically bound to the …

This paper provides a comprehensive overview of existing experimental and modelling
approaches to determine effective diffusion coefficients of water saturated ordinary Portland …

Advancing reaction rates for electrochemical CO2 reduction in membrane electrode
assemblies (MEAs) have boosted the promise of the technology while exposing new …

At present, a computer model is being developed to predict the corrosion of concrete
construction components subjected to acidic solutions with pH values ranging between 4.0 …

This paper aims to investigate the fracture properties and microscopic mechanisms of multi-
scale nano-SiO 2 (NS) and polyvinyl alcohol (PVA) fiber-reinforced cementitious composites …

As the relative performance of alkali activated slag (AAS) concretes in comparison to
portland cement (PC) counterparts for chloride transport and resulting corrosion of steel bars …

This paper reviews the fundamentals of the durability of structural concrete, and then applies
the concepts to the durability design, quality control, performance assessment and …

Most concrete deterioration mechanisms are driven by the transport properties, in particular
the chloride diffusion coefficient. As such, experimental and analytical tools have been …

A numerical model has been developed to predict isothermal coupled moisture–ion
transport in cementitious materials. Ionic transport is described by the extended Nernst …

This article reports on investigations of the resistivity and chloride migration coefficient (D
RCM) obtained in the accelerated Rapid Chloride Migration test for slag cement-based …