The corrosion problem of steel-reinforced concrete (SRC) columns in coastal areas is
becoming increasingly severe and needs to be solved urgently. This study established a …

This paper proposes an electrochemical chloride extraction (ECE) model for cement-based
materials that considers coupled multi-ion transport, adsorption and dissolution. Then ECE …

As a green and clean product, plant fiber has become a hot spot in the research of concrete.
However, the weak interfacial properties of plant fibers with cement matrix restricted the …

The accurate uneven cross-sectional area probability distribution of corroded rebars is
critical to the reliability assessment of the corroded reinforced concrete structure. The cross …

This paper presented the corrosion-induced moment redistributions in RC structures under
service loads. To do so, the flexural stiffness calculation formulas were proposed for …

Under marine atmospheric environments, reinforced concrete (RC) structures may suffer
from structural deterioration induced by environmental actions, affecting structural …

In this paper, a modified accelerated corrosion method based on impressing current was
adopted to generate non-uniform corrosion of stirrups in reinforced concrete (RC) beams …

Accurately detecting and assessing the corrosion characteristics of steel rebars is crucial for
evaluating the structural performance assessment of corroded reinforced concrete (RC) …

In this study, a seismic performance assessment of six reinforced concrete (RC) coupling
beam specimens with accelerated corrosion is conducted by combining accelerated …

Concrete structures in marine environments, eg bridges, usually undergo fatigue loads
induced by vehicle transportations. Fatigue loads may lead to growth of micro-cracks in …