AbstractPolarization tests by impedance spectroscopy were conducted on single rebars in rectangular concrete specimens. Five different polarized areas of reinforcement were determined by means of an insulation tape on steel bars. The tests were conducted on two series of concrete specimens, with and without chlorides. The tests indicated a very clear effect of spectra “scaling” in a function of the change in reinforcement polarization area. The observed phenomenon was explained on the basis of the original 3D model of steel–concrete system
Concrete is the most used material for civil and industrial infrastructures. In the context of a geo...
The numerous cases of failure of concrete structures due to the corrosion of steel reinforcements in...
In this study, the effect of NaCl and LiNO2 content on the deterioration of embedded rebars in concr...
AbstractPolarization tests by impedance spectroscopy were conducted on single rebars in rectangular ...
AbstractThe impedance test results of the steel reinforcement of various diameters, which was passiv...
A new method is proposed for determining the test surface of steel rebar in concrete during polariza...
Monitoring of reinforcement corrosion by d.c. polarisation technique is found to be unreliable due t...
The electrochemical behavior of steel reinforcement in conditions of corrosion and cathodic protecti...
The electrochemical behavior of steel reinforcement in conditions of corrosion and cathodic protecti...
For reinforced concrete structures, several corrosion detection methods exist: concrete resistivity,...
AbstractAnalysis of impedance spectra of inhomogeneous materials is a part of the impedance spectros...
The behavior of steel reinforcement was studied using electrochemical impedance spectroscopy (EIS) a...
To cope with the premature deterioration of reinforced concrete structures caused by chloride-induce...
This paper presents the results of modeling of the potential distribution in DC corrosion tests with...
The electrical resistivity of concrete correlates with various durability related properties and thu...
Concrete is the most used material for civil and industrial infrastructures. In the context of a geo...
The numerous cases of failure of concrete structures due to the corrosion of steel reinforcements in...
In this study, the effect of NaCl and LiNO2 content on the deterioration of embedded rebars in concr...
AbstractPolarization tests by impedance spectroscopy were conducted on single rebars in rectangular ...
AbstractThe impedance test results of the steel reinforcement of various diameters, which was passiv...
A new method is proposed for determining the test surface of steel rebar in concrete during polariza...
Monitoring of reinforcement corrosion by d.c. polarisation technique is found to be unreliable due t...
The electrochemical behavior of steel reinforcement in conditions of corrosion and cathodic protecti...
The electrochemical behavior of steel reinforcement in conditions of corrosion and cathodic protecti...
For reinforced concrete structures, several corrosion detection methods exist: concrete resistivity,...
AbstractAnalysis of impedance spectra of inhomogeneous materials is a part of the impedance spectros...
The behavior of steel reinforcement was studied using electrochemical impedance spectroscopy (EIS) a...
To cope with the premature deterioration of reinforced concrete structures caused by chloride-induce...
This paper presents the results of modeling of the potential distribution in DC corrosion tests with...
The electrical resistivity of concrete correlates with various durability related properties and thu...
Concrete is the most used material for civil and industrial infrastructures. In the context of a geo...
The numerous cases of failure of concrete structures due to the corrosion of steel reinforcements in...
In this study, the effect of NaCl and LiNO2 content on the deterioration of embedded rebars in concr...