A series of mortars subjected to accelerated corrosion in a humid environment form the basis for this study. In particular, we studied the corrosion behavior of steel reinforcement bars that were embedded in cement mortars that contained white ladle furnace slag (LFS) in partial substitution for fines and cement. The effects were observed using computerized axial tomography and scanning electron microscopy. Zones with fissures resulting from corrosion and the degree of damage due to passivation were identified from the imaging analysis
The mechanism of corrosion of reinforcing steel in concrete is discussed based on electrochemical an...
The pore solutions of alkali-activated slag cements and Portland-based cements are very different in...
The corrosion process of steel reinforcements embedded in alkali activated SiMn slag mortars was inv...
Surface-applied corrosion inhibitors are investigated as an efficient method for the repassivation o...
In this study, a three-scale characterization of eight 20-years-old reinforced concrete specimens na...
Mortar samples reinforced with 5 different corrugated stainless steels were tested for 9 years in 2 ...
The aim of this work is to study the evolution of the corrosion rate of reinforcements embedded in ...
AbstractThe objective of the present work is to examine the corrosion behaviour of the following mat...
The Service life evaluation of reinforced concrete structures is usually limited to initiation of co...
There is increasing interest in exploring the durability of structures manufactured with cements tha...
The aim of this study is to investigate the corrosion behavior of steel reinforcement embedded in mo...
The pore solutions of alkali-activated slag cements and Portland-based cements are very different in...
Estudio de la validez de las técnicas electroquímicas para medir la velocidad de corrosión en probet...
The long-term corrosion behaviour of reinforcing steel embedded in alkali-activated mortars (AAMs) p...
AbstractIn the study characterization of steel corrosion in concrete at the macro- and micro-level w...
The mechanism of corrosion of reinforcing steel in concrete is discussed based on electrochemical an...
The pore solutions of alkali-activated slag cements and Portland-based cements are very different in...
The corrosion process of steel reinforcements embedded in alkali activated SiMn slag mortars was inv...
Surface-applied corrosion inhibitors are investigated as an efficient method for the repassivation o...
In this study, a three-scale characterization of eight 20-years-old reinforced concrete specimens na...
Mortar samples reinforced with 5 different corrugated stainless steels were tested for 9 years in 2 ...
The aim of this work is to study the evolution of the corrosion rate of reinforcements embedded in ...
AbstractThe objective of the present work is to examine the corrosion behaviour of the following mat...
The Service life evaluation of reinforced concrete structures is usually limited to initiation of co...
There is increasing interest in exploring the durability of structures manufactured with cements tha...
The aim of this study is to investigate the corrosion behavior of steel reinforcement embedded in mo...
The pore solutions of alkali-activated slag cements and Portland-based cements are very different in...
Estudio de la validez de las técnicas electroquímicas para medir la velocidad de corrosión en probet...
The long-term corrosion behaviour of reinforcing steel embedded in alkali-activated mortars (AAMs) p...
AbstractIn the study characterization of steel corrosion in concrete at the macro- and micro-level w...
The mechanism of corrosion of reinforcing steel in concrete is discussed based on electrochemical an...
The pore solutions of alkali-activated slag cements and Portland-based cements are very different in...
The corrosion process of steel reinforcements embedded in alkali activated SiMn slag mortars was inv...