In this study Industrial byproducts that contain large amounts of SiO2 and Al2O3 was fired using mock-up rotary kiln in order to improve early strength of concrete mixing Ground Granulated blast furnace slag. And then 7% of blast furnace slag in the compressive strength was conducted. As a result of confirming compressive strength and activity factor according to the addition Ratio, strength development is worse than using OPC 100%. But when using firing powder, the expectation of increasing strength by curing time was affirmative
Abstract. This paper presents the results of laboratory into the effect of slag fineness and slag co...
Augmenting granulated blast furnace slag (GBFS) content in Portland Slag Cement (PSC) beyond the con...
Ground granulated blast-furnace slag ( GGBS) is the granular material formed iron ore is molted. bla...
In the field of construction, securing the early strength of concrete (on the first and third days o...
In the experiment, we add to NaOH, Ca(OH)��� and Calcium Hydroxide as the Slag stimulus also mixed t...
To the goal of improving the early compressive strength of the mortar including Ground granulated bl...
The purpose of this study is to improve the early age compressive strength of concrete (1 age, 3 age...
The present study is to use the waste product from steel industry which is helpful in cement product...
This research represents experimental work for investigation of the influence of utilising Ground Gr...
In this study, activator, metakaolin, and silica fume were used as a compound activator to improve t...
The paper presents a laboratory study of concrete mixes based on the alkali-activation of an industr...
Based on previous research and existing literature, this study examines the development of admixture...
In this paper, an experimental investigation on the effect of Isfahan Ground Granulate Blast Furnace...
Mechanically activated granulated blast furnace slag (GBFS) was used in the range of 50–95% to repla...
Slag is a waste from steelmaking industries that was released into the environment. Slag was used as...
Abstract. This paper presents the results of laboratory into the effect of slag fineness and slag co...
Augmenting granulated blast furnace slag (GBFS) content in Portland Slag Cement (PSC) beyond the con...
Ground granulated blast-furnace slag ( GGBS) is the granular material formed iron ore is molted. bla...
In the field of construction, securing the early strength of concrete (on the first and third days o...
In the experiment, we add to NaOH, Ca(OH)��� and Calcium Hydroxide as the Slag stimulus also mixed t...
To the goal of improving the early compressive strength of the mortar including Ground granulated bl...
The purpose of this study is to improve the early age compressive strength of concrete (1 age, 3 age...
The present study is to use the waste product from steel industry which is helpful in cement product...
This research represents experimental work for investigation of the influence of utilising Ground Gr...
In this study, activator, metakaolin, and silica fume were used as a compound activator to improve t...
The paper presents a laboratory study of concrete mixes based on the alkali-activation of an industr...
Based on previous research and existing literature, this study examines the development of admixture...
In this paper, an experimental investigation on the effect of Isfahan Ground Granulate Blast Furnace...
Mechanically activated granulated blast furnace slag (GBFS) was used in the range of 50–95% to repla...
Slag is a waste from steelmaking industries that was released into the environment. Slag was used as...
Abstract. This paper presents the results of laboratory into the effect of slag fineness and slag co...
Augmenting granulated blast furnace slag (GBFS) content in Portland Slag Cement (PSC) beyond the con...
Ground granulated blast-furnace slag ( GGBS) is the granular material formed iron ore is molted. bla...