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

Written specifically for the young professional and addressing a growing need for a long
service life with minimal maintenance, Concrete Durability takes a whole new look at the …

Quantitative predictions for service-life modelling requires a strict approach to quantify the
impact of each parameters. As an example, this paper presents the durability performance of …

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

Predicting transport properties of cement-based materials directly from the microstructure is
very challenging, due to the problems of bridging length scales and the difficulties of …

For estimation of the durability of structures, it is highly desirable to quantify and simulate the
chloride diffusion process in concrete. To this end, diffusion–cell experiments delivering the …

This paper investigates whether durability indicators (DIs), more specifically transport
properties, can be assessed by simple methods, eg direct experimental methods or indirect …

The apparent (Dapp) and effective (Deff) migration coefficients obtained in chloride
migration tests are investigated in this study. The presented Dapp profiles in concrete show …

Clinker substitution is limited by the availability of suitable supplementary cementitious
materials. Therefore, flexible methods must be adopted by practitioners to assess lab …

The electrical resistivity of hardened cement-based materials was measured in this work by
a modified noncontact electrical resistivity measurement (MN-CM). The resistivity was further …