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 …

Due to their good performance and environmental friendliness, fly ash-based construction
materials have great potential as alternatives to ordinary Portland cement. To realize …

In the present work, a low-cost and practical approach based on an eco-friendly corrosion
inhibitor is suggested for protecting steel rebar. To this end, a new hydrazone derivative …

Metakaolin-based geopolymer has good resistance to seawater erosion, but it often requires
more alkali activators, resulting in higher costs, and its curing time is far greater than that of …

The present study has been focused on the environment-friendly corrosion inhibitor. Conifer
cone (Pinus resinosa) has been used as a novel corrosion inhibitor to mitigate the corrosion …

The permeability of concrete is a key factor in determining its durability. Permeability of
porous materials in general is determined by pore characteristics (eg, porosity, pore size …

Chloride-induced rebar corrosion is the dominant threat to reinforced concrete durability,
whereas its effect mechanism and damage degree are quite variable in different marine …

This study aimed to expand the knowledge on the application of the most common industrial
byproduct, ie, fly ash, as a supplementary cementitious material. The characteristics of …

Concrete infrastructures in marine atmosphere zone environment face the threat of chloride
ions aerosol erosion, which can lead to the corrosion of steel bars and shorten the service …

This study investigates the degradation mechanisms of Portland cement mortar under
multiple salts attack and drying-wetting cycle condition. The results indicate that the sulfate …