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 …

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 …

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 in corrosion-damaged reinforced concrete structures
significantly affects serviceability and load-carrying capacity in their remaining service life …

Corroded reinforced concrete (RC) structures have a bond performance degradation
exposed to fire, and fire water spray causes more serious deterioration. To study the bond …

Accidental fires in aged concrete structures may lead to a combination of corrosion and fire.
Assessing the structural performance of aged concrete after fire exposure is critical for life …

The corrosion of rebar results in the degradation of bond between rebar and concrete, thus
is unfavorable to the safety of reinforced concrete structures. So far, many studies were …

The impressed current method was used to produce 42 corroded reinforced concrete
specimens. Pull-out tests were conducted to study the effects of strain rate, corrosion degree …

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

Bond behavior between steel bars and concrete is likely to be significantly degraded after
exposure to high temperatures in a fire, which will influence the residual strength of the …