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 …

Disposal of fly ash (FA) resulting from the combustion of coal-fired electric power stations is
one of the major environmental challenges. This challenge continues to increase with …

Fly ash (FA) has been widely used in the construction industry. However, its Portland cement
(PC) replacement rate is usually less than 40%, and high-volume FA concrete (HVFAC) has …

The influence of high-calcium fly ash and silica fume as a binary and ternary blended
cement on compressive strength and chloride resistance of self-compacting concrete (SCC) …

In this research, the effect of sodium hydroxide (Na (OH)) concentrations on chloride
penetration, steel corrosion and compressive strength of fly ash-based geopolymer …

With the limited supply of energies that we can extract or mine from the earth, low energy
consumption building is indeed a demand for the present situation with the use of …

The capacity of binding chloride ions in fly ash concrete under marine exposure was
studied. The free and total chloride contents in concrete were determined by water and acid …

In this study, a model for predicting chloride penetration in fly ash concrete under long-term
exposure in a marine environment is developed. The empirical model was based on 2-, 3-, 4 …

The Persian Gulf is well known as one of the most aggressive environments in the world
because of its high relative humidity, temperature and concentration of chloride ions …

This book results from the coordinated efforts of the members of RILEM TC 254-CMS
'Thermal Cracking of Massive Concrete Structures', which was proposed by Eduardo MR …