Different parameters potentially affect the properties of corroded reinforced concrete beams.
However, the high number of these parameters and their dependence cause that the …

Corrosion significantly weakens the bond between concrete and steel reinforcements and
reduces the strength of reinforced concrete (RC) structures. This study experimentally …

This study proposes a calculation method of the ultimate load-bearing capacity for corroded
RC beams strengthened with different methods. Eight experimental beams subjected to …

An experimentation was carried out to understand the effect of fly ash as cement
replacement material on corroded-reinforced concrete beams under the bending test. The …

Purpose This paper aims to present nonlinear numerical simulations using the versatile
finite element (FE) analysis tool ANSYS and theoretical analysis based on code provisions …

The effect of corrosion-induced damage on the seismic response of reinforced concrete
(RC) circular bridge piers has been extensively investigated in the last decade, both …

The main goal of this study is to evaluate how reinforcement corrosion affects the bending
strength of cantilever beams made of reinforced concrete. In the experimental phase, the …

The concrete reinforced beams, especially in coastal zones, usually show the signs of
degradation due to the steel reinforcement corrosion after a period of serving. It causes the …

The corrosion in reinforcing steel is the most detrimental effect on endangering the structural
behaviour of steel in concrete. This present study focuses on predicting the corrosion …

The results of an experiment on the corrosion damage of M30 grade RC beams with
manufactured sand (M-sand) are presented in this study. For this experiment, National …