When studying electrochemical systems, EIS practitioners face the challenge of choosing a
relevant equivalent electrical circuit to analyze their measurement data and interpreting the …

Reinforcement corrosion reduces the service life of concrete buildings and infrastructures,
resulting in significant worldwide economic losses every year. Alkali-activated materials …

This study investigates the corrosion of reinforcement in geopolymer concrete manufactured
from three different low calcium fly ashes from Australian power plants. The long term …

In this work, different mortars with different degrees of damage brought about by the action of
the freeze-thawing cycles are evaluated. Analysis of its state is carried out by different usual …

Properties of a random porous material such as pervious concrete are strongly dependent
on its pore structure features, porosity being an important one among them. This study deals …

Chloride ingress is one of the major causes of reinforced concrete (RC) deterioration. Free
chloride induces the corrosion of rebars, reducing the material strength, and therefore, the …

The experimental studies carried out on water permeability resistance and microstructure of
reinforced concrete treated with Bambusa arundinacea as green corrosion inhibitor, are …

Mechanical and durability properties of mortars containing mineral admixtures were
analysed. Mortar mixtures were prepared with a water-to-cementitious materials ratio of 0.60 …

This study focuses on the material design and electromechanical behavior of new
multifunctional strain-hardening cementitious materials (MSCs) that integrate tensile ductility …

In this study, a new method is proposed to determine chloride ion (Cl−) concentration and
steel rebar corrosion from hyperspectral spectroscopy. Three groups of mortar cubes with …