This paper presents the results of study on effect of various parameters on mechanical properties of fly ash-based geopolymer mortar with bottom ash as partial or full replacement for sand. Compressive strength of samples with 10% bottom ash (BA) was comparable to those with only sand. Further increase in bottom ash content decreased the compressive strength. However, the reverse tendency occurred after exposing the samples to 1000oC for 24 hours
It is well known that the use of Portland cement (PC) in concrete construction is causing severe env...
Bottom ash is a coal plant by-product that is abundant and underutilized. There is the potential use...
This research described the effect of the mortar volume ratio on the mechanical behavior of Class CI...
The development of geopolymers has allowed the flash as the substitution of cement in the applicatio...
Geopolymerization is widely used in the construction sector for its characteristics of strong compre...
The use of Ordinary Portland Cement (OPC) has been the primary material used in the construction ind...
In this study fly ash-based geopolymers were produced by the alkali-activation of fly ash. The purpo...
Geopolymer concrete is a booming technology in the construction industry. Much research is occurring...
This study was conducted to determine the factors that may affect the compressive strength of fly as...
This project reports the comparison of bagasse ash and fly ash-bagasse ash based on geopolymer concr...
This paper presents a review on fly ash as prime materials used for geopolymer. Due to its advantage...
Bottom ash is one type of the solid residues by products produced from coal power generating plants....
An experimental study was accomplished to study the effect of replacement of both cement and sand w...
This paper presents the results of testing the physical and mechanical properties and durability of ...
Coal ash obtained from the Thermal Power plants consists of a major portion of Flyash and less amoun...
It is well known that the use of Portland cement (PC) in concrete construction is causing severe env...
Bottom ash is a coal plant by-product that is abundant and underutilized. There is the potential use...
This research described the effect of the mortar volume ratio on the mechanical behavior of Class CI...
The development of geopolymers has allowed the flash as the substitution of cement in the applicatio...
Geopolymerization is widely used in the construction sector for its characteristics of strong compre...
The use of Ordinary Portland Cement (OPC) has been the primary material used in the construction ind...
In this study fly ash-based geopolymers were produced by the alkali-activation of fly ash. The purpo...
Geopolymer concrete is a booming technology in the construction industry. Much research is occurring...
This study was conducted to determine the factors that may affect the compressive strength of fly as...
This project reports the comparison of bagasse ash and fly ash-bagasse ash based on geopolymer concr...
This paper presents a review on fly ash as prime materials used for geopolymer. Due to its advantage...
Bottom ash is one type of the solid residues by products produced from coal power generating plants....
An experimental study was accomplished to study the effect of replacement of both cement and sand w...
This paper presents the results of testing the physical and mechanical properties and durability of ...
Coal ash obtained from the Thermal Power plants consists of a major portion of Flyash and less amoun...
It is well known that the use of Portland cement (PC) in concrete construction is causing severe env...
Bottom ash is a coal plant by-product that is abundant and underutilized. There is the potential use...
This research described the effect of the mortar volume ratio on the mechanical behavior of Class CI...