A summary of the extensive studies conducted on geopolymer concrete is presented; most of the Chapter is devoted to fly ash-based geopolymer concrete. The effects of factors that influence the properties of the geopolymer concrete in the fresh and hardened states are discussed. The properties include compressive strength, tensile strength, modulus of elasticity, drying shrinkage, creep, resistance to sulfate and acid, and fire resistance. The last part of the Chapter describes the behavior of large-scale reinforced geopolymer concrete members and illustrates the application of the geopolymer concrete in the construction industry. Suitability of the available Standards and Codes for design of fly ash based geopolymer concrete beams and colum...
The mechanical properties and durability parameters such as wet-dry cycles, water sorptivity, efflor...
The study deals with the production of geopolymer concrete using fly ash and the factors affecting i...
Geopolymer concrete is manufactured from high-volume waste materials, such as fly ash from coal-burn...
The worldwide consumption of concrete is expected to increase in order to meet the increasing demand...
Geopolymer concrete produced using 100% fly ash as the main binder is a sustainable construction mat...
Geopolymer concrete results from the reaction of a source material that is rich in silica and alumin...
Abstract. In recent years, attempts to increase the utilization of fly ash as a replacement for ordi...
A detailed study on the durability of geopolymer concrete has been done. Geopolymer concrete is an\u...
This paper presents a study of flyash based geopolymer concrete Engineering properties like compres...
Geopolymer concrete is concrete made from industrial materials, such as fly ash, GGBS, silica fume, ...
Extensive studies conducted on fly ash-based geopolymer concrete are presented. Salient factors that...
This paper reports the correlation between existing standards for concrete and the major mechanical ...
Geopolymer binders have been shown to be a potential green replacement for Ordinary Portland Cement ...
In recent years the use of concrete has increased day by day due to various advantages such as good ...
A large amount of waste coming out from industries has posed a great challenge in its disposal and e...
The mechanical properties and durability parameters such as wet-dry cycles, water sorptivity, efflor...
The study deals with the production of geopolymer concrete using fly ash and the factors affecting i...
Geopolymer concrete is manufactured from high-volume waste materials, such as fly ash from coal-burn...
The worldwide consumption of concrete is expected to increase in order to meet the increasing demand...
Geopolymer concrete produced using 100% fly ash as the main binder is a sustainable construction mat...
Geopolymer concrete results from the reaction of a source material that is rich in silica and alumin...
Abstract. In recent years, attempts to increase the utilization of fly ash as a replacement for ordi...
A detailed study on the durability of geopolymer concrete has been done. Geopolymer concrete is an\u...
This paper presents a study of flyash based geopolymer concrete Engineering properties like compres...
Geopolymer concrete is concrete made from industrial materials, such as fly ash, GGBS, silica fume, ...
Extensive studies conducted on fly ash-based geopolymer concrete are presented. Salient factors that...
This paper reports the correlation between existing standards for concrete and the major mechanical ...
Geopolymer binders have been shown to be a potential green replacement for Ordinary Portland Cement ...
In recent years the use of concrete has increased day by day due to various advantages such as good ...
A large amount of waste coming out from industries has posed a great challenge in its disposal and e...
The mechanical properties and durability parameters such as wet-dry cycles, water sorptivity, efflor...
The study deals with the production of geopolymer concrete using fly ash and the factors affecting i...
Geopolymer concrete is manufactured from high-volume waste materials, such as fly ash from coal-burn...