This study evaluated the chloride diffusion resistance of low-calcium fly ash-based
geopolymer concrete through electrical and bulk diffusion techniques. The geopolymer …

The objective of this research is to establish a model that can predict chloride transport
phenomena in sound and cracked concrete. The chloride diffusivity is formulated based on …

In this study, literature on pore structure examined by mercury intrusion porosimetry and
chloride diffusion was collected and analysed to investigate the correlation between the …

This paper further investigates the hypothesis and recent preliminary findings that
hydrotalcite is responsible for the remarkable improvement of chloride binding in concretes …

Reinforcing steel is used extensively in buildings to provide strength and integrity to the
concrete structure. This material is, however, highly susceptible to corrosion in chloride …

To investigate the relationship between morphology and specific ion transport properties in
low-density (LD) and high-density (HD) calcium-silicate-hydrate (CSH), a numerical method …

Salt frost deterioration of concrete is an important durability problem to concern. Prior to
clarifying the salt frost damage mechanisms, the salt effect on mechanical behavior of …

In this research, the chloride penetration in concrete is modeled under marine environment
loadings. Moisture migration model is enhanced to simulate the sorption flux under …

This study compares experimentally obtained hardened cement paste microstructures from
μ CT and virtual microstructures generated by two hydration models, namely CEMHYD3D …

Chloride binding in concrete is an important factor and it can significantly affect the
penetration speed of chlorides in concrete and thus the service life of concrete structures. In …