This review summarizes the latest research progress in regard to the bond behavior of
corroded reinforcing steel bar. The literature survey indicates that the previous studies …

Subjected to a corrosive environment, the macroscopic behavior of reinforced concrete
structures is closely related to the bond property between rebar and concrete. For assessing …

An experimental test is proposed to investigate the interface shear strength between
carbonated concrete substrate and self-compacting concrete (SCC) overlay. Thirty-nine Z …

Bond-slip failure modes between reinforcement and concrete can seriously affect the load-
bearing performance and safety of reinforced concrete (RC) structures. The pull-out test is …

Concrete reinforced with fibers is widely utilized to attain noticeable durability in structures.
Basalt fibers recently manufactured from igneous basalt rocks have been found to be …

Coastal bridge piers exposed to marine environments always suffer from non-uniform
corrosion along the elevation. Severe degradation in the splash and tidal zone would …

Under marine atmospheric environments, reinforced concrete (RC) structures may suffer
from structural deterioration induced by environmental actions, affecting structural …

The steel-to-concrete bond deterioration due to corrosion in the reinforced concrete (RC)
structures still needs more investigation because the existing models were established …

The fire resistance of corroded reinforced concrete has attracted extensive attention, mainly
due to the frequent occurrence of fires in old structures. However, using the postfire bond …

This study utilizes the machine learning technique to solve the complex fatigue problem of
concrete materials. To this end, several learning algorithms were addressed including the …