This article reports the results of an investigation on the activation of blast furnace slag with emphasis on the achievement of equivalent one-day strength to Portland cement at normal curing temperatures and reasonable workability. The effects of varying dosages of sodium silicate activators are discussed in terms of strength of mini cylinders and also workability by the mini slump method. The results are mainly based on pastes but comparisons are also made with mortar and concrete results. The effects of preblended gypsum dosage within the slag, as well as the effect of ultra fine slag on workability are reported. The results of trials with various water reducing admixtures and superplastisers and their effects on strength and workabilit...
In this study, activator, metakaolin, and silica fume were used as a compound activator to improve t...
This paper reports the results of an investigation on concrete that incorporated alkali-activated sl...
Mechanically activated granulated blast furnace slag (GBFS) was used in the range of 50–95% to repla...
Although the use of slag has many benefits, its low hydration at early stages causes the strength to...
The aim of the present study is to investigate some properties of alkali-activated mortars containin...
This paper presents the influence of shrinkage-reducing (SHR) and superplasticizing and set-retardin...
This paper reports the results of an investigation on the influences of admixtures and curing condit...
This paper investigates the potential of combining Na2CO3 and reactive MgO as a sustainable activato...
The paper discusses various ways of activating phosphorus slags by introducing additives for the dev...
The paper discusses various ways of activating phosphorus slags by introducing additives for the dev...
The dosage of blast furnace slag (BFS) in cement is limited on account of relative low reaction rate...
Alkali-activated cements are increasingly gaining interest as viable alternatives to Portland cement...
This study focused on the engineering properties of alkali-activated slag (AAS) pastes prepared by m...
Investigation of alkali activation of Turkish slag (AAS) was carried out using sodium silicate and s...
The utilisation of near-neutral salts as activators to produce alkali-activated slag cements offers ...
In this study, activator, metakaolin, and silica fume were used as a compound activator to improve t...
This paper reports the results of an investigation on concrete that incorporated alkali-activated sl...
Mechanically activated granulated blast furnace slag (GBFS) was used in the range of 50–95% to repla...
Although the use of slag has many benefits, its low hydration at early stages causes the strength to...
The aim of the present study is to investigate some properties of alkali-activated mortars containin...
This paper presents the influence of shrinkage-reducing (SHR) and superplasticizing and set-retardin...
This paper reports the results of an investigation on the influences of admixtures and curing condit...
This paper investigates the potential of combining Na2CO3 and reactive MgO as a sustainable activato...
The paper discusses various ways of activating phosphorus slags by introducing additives for the dev...
The paper discusses various ways of activating phosphorus slags by introducing additives for the dev...
The dosage of blast furnace slag (BFS) in cement is limited on account of relative low reaction rate...
Alkali-activated cements are increasingly gaining interest as viable alternatives to Portland cement...
This study focused on the engineering properties of alkali-activated slag (AAS) pastes prepared by m...
Investigation of alkali activation of Turkish slag (AAS) was carried out using sodium silicate and s...
The utilisation of near-neutral salts as activators to produce alkali-activated slag cements offers ...
In this study, activator, metakaolin, and silica fume were used as a compound activator to improve t...
This paper reports the results of an investigation on concrete that incorporated alkali-activated sl...
Mechanically activated granulated blast furnace slag (GBFS) was used in the range of 50–95% to repla...