Carbonation and chlorination are two major deterioration mechanisms that threaten the
structural integrity and serviceability of reinforced concrete bridges. How the changing …

Steel corrosion due to carbonation in RC (Reinforced Concrete) structures easily occurs in
urban cities with high CO 2 concentration. RC structures are always subjected to external …

When concrete is exposed to high concentration of CO2, pH in pore water drops below 10.5
and this allows acceleration of corrosion initiation in concrete, so called carbonation. With …

Chloride ingress in reinforced concrete structures is the main cause for the corrosion of
reinforcing steel. This paper presents a new chemo-mechanical model up and beyond …

Concrete bridge constructed in metropolitan cities has different superstructure members like
slabs and girders, and their carbonation depths vary with different design strengths and local …

Concrete, as a porous media, has permeability and it is considered as a major parameter for
durability evaluation. Cold joint caused by delayed placing of concrete accelerates water …

The current durability design methodology contains deterministic and probabilistic methods.
The results vary significantly with changing design parameters and an effect of time. Time …

Many researches have been carried out on carbonation, a representative deterioration in
underground structure. The carbonation of RC (Reinforced Concrete) structure can cause …

Pojava prslina dovodi do narušavanja strukture zaštitnog sloja betona i do ubrzanja
transporta štetnih materija, čime utiču na trajnost armiranobetonskih (AB) konstrukcija. Kroz …

Sand contaminated with crude oil has become a major environmental concern worldwide.
This problem poses threats to human health, the ecosystem, and the properties of the …