Incorporating crumb rubber (CR) as a substitution for aggregate in concrete is a strategy to
mitigate environmental damages caused by this waste. Here, the bond behavior between …

Pull-out tests were performed to study the deterioration of bond performance between
concrete and corroded steel bars with designed corrosion levels of 0%, 1.0%, 2.0%, 4.0 …

The interface bond performance between concrete and steel bars under high temperature
has a crucial influence on the fire resistance design of the reinforced concrete (RC) …

The present standards for finding the fire ratings of reinforced concrete (RC) columns are
restricted to pristine elements, as the age or corrosion-related deteriorations are yet to be …

Reinforcement corrosion is common in concrete structures subjected to chloride exposure.
The bond behaviours between corroded reinforcements and concrete after high-temperature …

Reinforced concrete structures used in aggressive environments (eg, coastal and ocean
regions) may suffer from steel corrosion. On the other hand, structures with corroded steel …

Bond strength deterioration between reinforcing bars and surrounding concrete is critical to
structural performance loss during a fire. However, available studies on the bond behavior …

Corrosion-effected bond behavior between polyvinyl-alcohol-fiber-reinforced concrete and
steel rebar under a chloride environment is the experimental subject studied in the present …

In this paper, the experimental investigation on degradation law of bond behaviors between
copper slag concrete and corroded steel bar after exposure to high temperature was …

Reinforced concrete structures located in coastal areas face durability-related concerns
such as reinforcing steel's corrosion due to aggressive and humid environments. An …