This paper presents a review of the deterioration of concrete under seawater attack with
particular interests in field exposure. The research reported in the literature has shown that …

The formation mechanism on the convection zone (“skin effect”) of chloride ingress are
explored systematically by contrasting concretes in marine atmospheric, splash, tidal, and …

This paper develops and employs an ensemble machine learning (ML) model for prediction
of surface chloride concentration (C s) of concrete, which is an essential parameter for …

Structures located on the coast are subjected to the long-term influence of chloride ions,
which cause the corrosion of steel reinforcements in concrete elements. This corrosion …

Marine environments are typically aggressive to concrete structures, since sea water
contains high concentrations of chlorides and sulphates. To improve predictions of concrete …

The service life of reinforced concrete (RC) structures in marine environments is mainly
influenced by the chloride-induced corrosion of reinforcement, and the development of …

The coastal engineering of land reclamation is increasingly important for space retention
and creation in the context of sea-level rise and limited land area in coastal regions …

This study has investigated the impact of a change in GGBS chemical composition on the
chloride ingress resistance of slag blended cements under different temperature regimes …

In establishing the reliability of performance-related design methods for concrete–which are
relevant for resistance against chloride-induced corrosion-long-term experience of local …

Environmental conditions, such as temperature and relative humidity, impact the rate of
evaporation, mechanical properties and durability of concrete. Thus, they have a direct effect …