The alternative to cement is grabbing attention of inventors due to the numerous advantages with their usage. Fly Ash (FA) and Blast furnace slag (BFS) are abundantly available in bi product form. There is heavy problem in disposal and land availability for industries. So many studies are going on to reduce these problems by usage as cementitious materials in concrete adding advantages towards green concrete. It is developed that Alkali activated flyash concrete has high strength, high acid resistance and heat resistance where as Alkali activated slag concrete has rapid setting time, high strength, impermeable and improved fire resistance. In this study FA and BFS are activated with high silica modulus activator with different activator/bin...
This paper presents an investigation on workability and strength of geopolymer concrete made of fly ...
The present study explores the possibility of replacing blast furnace slag (BFS) with coal fly ash (...
In this study, the effect of dosage and modulus of activator on the strength of alkali activated sla...
The alternative to cement is grabbing attention of inventors due to the numerous advantages with the...
The alternative to cement is grabbing attention of inventors due to the numerous advantages with the...
This master thesis presents the effects of fly ash on the properties of alkali activated slag concre...
The utilization of cement in concrete was an ancient method as well the utilization of cementitious ...
This master thesis presents the effects of fly ash on the properties of alkali activated slag concre...
This master thesis presents the effects of fly ash on the properties of alkali activated slag concre...
The utilization of cement in concrete was an ancient method as well the utilization of cementitious ...
The aim of this study is to evaluate the effect of fly ash on the properties of fresh and harden rec...
Alkali-activated concretes (AACs) are attracting increasing attention dud to their potential as alte...
The present study explores the possibility of replacing blast furnace slag (BFS) with coal fly ash (...
The present study explores the possibility of replacing blast furnace slag (BFS) with coal fly ash (...
This study investigates chloride ingress into alkali-activated slag/fly ash (AA-S/F) concretes with ...
This paper presents an investigation on workability and strength of geopolymer concrete made of fly ...
The present study explores the possibility of replacing blast furnace slag (BFS) with coal fly ash (...
In this study, the effect of dosage and modulus of activator on the strength of alkali activated sla...
The alternative to cement is grabbing attention of inventors due to the numerous advantages with the...
The alternative to cement is grabbing attention of inventors due to the numerous advantages with the...
This master thesis presents the effects of fly ash on the properties of alkali activated slag concre...
The utilization of cement in concrete was an ancient method as well the utilization of cementitious ...
This master thesis presents the effects of fly ash on the properties of alkali activated slag concre...
This master thesis presents the effects of fly ash on the properties of alkali activated slag concre...
The utilization of cement in concrete was an ancient method as well the utilization of cementitious ...
The aim of this study is to evaluate the effect of fly ash on the properties of fresh and harden rec...
Alkali-activated concretes (AACs) are attracting increasing attention dud to their potential as alte...
The present study explores the possibility of replacing blast furnace slag (BFS) with coal fly ash (...
The present study explores the possibility of replacing blast furnace slag (BFS) with coal fly ash (...
This study investigates chloride ingress into alkali-activated slag/fly ash (AA-S/F) concretes with ...
This paper presents an investigation on workability and strength of geopolymer concrete made of fly ...
The present study explores the possibility of replacing blast furnace slag (BFS) with coal fly ash (...
In this study, the effect of dosage and modulus of activator on the strength of alkali activated sla...