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 …

Degradation of bonding behavior due to chloride-induced corrosion of steel strands is
critical for serviceability of prestressed concrete structures. In this paper, total thirty-one …

Steel bar corrosion is prone to serious degeneration of the bond strength (τ BS) of reinforced
concrete, which leads to structural failure. There are many factors affecting the τ BS; thus, the …

Assessing the residual capacity of corroded reinforced concrete (RC) beams depends on
quantifying the corrosion cracks and rebar cross-section loss, and understanding their …

The alkali-silica reaction (ASR) is one of the most serious durability issues affecting the
safety of concrete structures. Numerical simulation is useful for monitoring the internal …

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 …

Corrosion-induced bond degradation leads to changes in deformation characteristics,
cracking patterns, and loss in tension stiffening in structural members. Since the induced …

Change in the mechanism of post corrosion bond behavior was investigated in a previous
experimental study by analyzing the deformations in concrete using digital image correlation …

In this study, a novel methodology was proposed to investigate interfacial bonding
performance between high-strength steel wire mesh (HSSWM) and engineering …

The bond between deformed steel rebar and concrete plays a critical role against seismic
action, thus it is important to capture the dynamic bond loss and establish the bond-slip …