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

Nanoporous media consist of homogeneous or heterogeneous porous material in which a
significant part of the pore size distribution lies in the nanometer range. Clayey rocks …

The service life of concrete-based infrastructure and buildings is seriously shortened due to
the chloride-induced durability problems. In order to clarify the transport mechanism …

Chloride-induced corrosion of reinforcing steel in concrete is a serious problem in the
durability of structures. In order to predict how chlorides penetrate in concrete, unlike most …

Electrokinetic techniques (EK) have been proposed and applied in different fields of science
and engineering to enhance solute transport and species mobility in subsurface porous …

Vanadium redox flow batteries (VRFBs) are promising energy storage devices. The
microstructure of the porous electrode affects the performance of VRFBs. Therefore …

Numerical simulation of chloride diffusion through high-performance binding systems such
as limestone-calcined clay cement (LC 3) and its comparison to control and fly ash modified …

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 …

This paper presents a numerical study on the mechanism of chloride migration in cracked
concrete. Unlike most of existing work, this study utilises multi-component ionic transport …

Test methods which use external voltage are commonly used to assess resistance of
concrete to chloride ion penetration. In order to facilitate fast chloride ingress, electrical …