Since reinforced mortar is a multi-phase composite material at different levels of
aggregation, a combination of techniques, namely electrochemical impedance spectroscopy …

Mortar samples saturated with different solutions (deionised water, 0.5 M NaCl and 1M
NaCl) are studied to quantify microstructural changes induced by weathering of concrete in …

The present work focuses on the corrosion behaviour of scratched epoxy coated carbon
steel in simulated pore solution (SPS) containing varying% of chloride ions (added as NaCl) …

Non-contact wide-frequency-range electrochemical impedance measurements were
employed to detect the corrosion of a steel rebar embedded into concrete. The …

The opening operator of mathematical morphology is applied to section images in this paper
for the assessment of pore characteristics, such as the size distribution, and critical pore …

This study reports on the corrosion performance of reinforced mortar in the presence of
polyethylene oxide-b-polystyrene (PEO113-b-PS780) vesicles (both “empty” and Ca …

The applicability and efficiency of an alternative for impressed current cathodic protection
(CP) for reinforced concrete, based on pulse technology, was investigated. The technique …

A numerical investigation was conducted to test the hypothesis that the composition of the
pore solution in mill scale crevices on carbon steel rebar surfaces in concrete might be …

This study presents the results on the investigation of the corrosion behavior of carbon steel
in model alkaline medium in the presence of very low concentration of polymeric …

This paper investigates corrosion of steel bar in reinforced strain-hardening cementitious
composites (R/SHCC) through electrochemical techniques. Linear polarization resistance is …