Shear strength of corroded reinforced concrete (CRC) beams is a key concern in the design
and/or retrofit processes for an RC structure during its life-cycle. In this paper, we develop a …

Corrosion of steel reinforcements is a major factor that will adversely affect the seismic
performance of the reinforced concrete (RC) columns. This paper investigates the …

Corrosion in steel reinforcement is a central issue behind the severe deterioration of existing
reinforced concrete (RC) structures. Nowadays, fiber-reinforced polymer (FRP) is …

This paper develops an innovative probabilistic predictive model for bond strength of
corroded reinforced concrete based on the weighted averaging of non-fine-tuned machine …

Corrosion-induced crack width can provide effective information on the deterioration level of
in situ corroded reinforced concrete (RC) structures. However, the uncertainty associated …

Accurate corrosion assessment of reinforced concrete (RC) structures is expected to
improve the service life and durability of structures. However, traditional evaluation methods …

The mechanical properties of corroded reinforced concrete are intricately associated with
bond strength between corroded reinforcement and concrete. This strength must be …

This short communication presented the calibration analysis methods and results of
calculation formulas for shear capacities of corroded RC beams. A dataset was established …

Reinforced concrete bond strength deterioration is one of the most serious problems in the
construction industry. It is one of the most common factors impacting structural deterioration …

The shear strength of reinforced concrete (RC) beams is critical in the design of structural
members. Developing an effective mathematical method for accurately estimating shear …