Corrosion of the reinforcement affects more than the cross-sectional area of the rebar. The
volume of steel also increases due to expansive corrosion products, leading to the cracking …

Reinforced concrete is one of the most widely used materials in engineering construction
and reinforced concrete structures can be degraded by CO 2 in a humid environment. This …

This study investigated the bond-slip mechanism of eccentrically pulled out rebar under
different corrosion level. The variation patterns of the bonding performance between two …

Engineered cementitious composites (ECCs), which have a strain-hardening behavior
under tension, is widely used for repairing and retrofitting reinforced concrete structures. In …

This study proposed an analytical method based on the Three Dimensional Rigid Body
Spring Model (3D-RBSM) to realistically simulate bond behavior of deformed rebar in …

In this study, the bond performance between corroded rebar and steel fiber reinforced alkali-
activated concrete (AAC) was investigated. The effects of the fiber content, corrosion degree …

Crack prediction of reinforcement concrete infrastructures in long-term service is critical for
guiding daily maintenance and strengthening of structures and providing timely alarm for …

Corrosion of the steel reinforcing bars in concrete structures is one of the major maintenance
problems. Corrosion results in expansive pressure on the surrounding concrete, which …

Numerical analyses focused on the detailed fracture process of concrete in a reinforced PBL
shear connector with the transverse rebar subjected to a simple push-out test employing …

The effects of corrosion focusing on the consequences of bond strength deterioration for a
reinforced concrete bridge pier in a seismic affected area are examined in this research. A …