The impact of aggressive environment on reinforced concrete beamless slabs leads to
corrosion in the structure. This significantly affects the safety, durability and usability of …

In order to accelerate the corrosion of steel reinforcement in the reinforced concrete
structures for laboratory research, the impressed current method has been used widely …

An analytical model is developed in this paper to predict the shear capacity of reinforced
concrete (RC) columns with corroded transverse reinforcements. The shear strength model …

In the present study, a numerical and experimental investigation has been carried out on the
seismic behavior of RC columns of a bridge which damaged under corrosive environments …

To compare the deterioration mechanism of reinforced concrete beams between the
combined effect of cyclic loading and carbonation and the sum of both individual factors, an …

Several reinforced concrete structures that get deteriorated by rebar corrosion are retrofitted
using Carbon Fiber Reinforced Polymer (CFRP). When rebar comes in direct contact with …

The corrosion of reinforcement leads to a gradual decay of structural strength and durability.
Several models for crack occurrence prediction and crack width propagation are …

Many failures of concrete structures are related to steel corrosion. For this reason, it is
important to recognize how the carbonation can affect the durability of reinforced concrete …

Structural safety evaluation is a critical issue in the realm of civil engineering. It involves
factors such as uncertainties, external loads, and structural damage after long-term service …

Damage in reinforced concrete structures is frequently caused by reinforcement corrosion
due to carbonation. Although a wide range of literature contributed to the concrete …