In the present paper, the use of alkali activated binders to improve engineering properties of clayey soils is presented as an alternative to traditional binders such as lime or cement. An alkali-activated fly ash and its chemo-physical evolution has been monitored at increasing curing times by means of X-Ray Diffraction and Scanning Electron Microscopy. Alkali-activated binder has been mixed with soil for evaluating the improvement of its mechanical behaviour. One-dimensional compression tests on treated samples have been performed with particular reference to effects induced by binder content and curing time. Test results showed a high initial reactivity of the alkali activated systems promoting formation of new mineralogical phases respo...
Clay in its natural form is widely used as a construction material for the development of various bu...
This work focuses on the use of alkali activated fly ash-based binder to enhance engineering charact...
This study addresses the use of alkali activated high-calcium fly ash-based binder to improve engine...
In the present paper, the use of alkali activated binders to improve engineering properties of claye...
The use of alkali activated binders to improve engineering properties of clayey soils is a novel sol...
The use of alkali-activated fly ashes (AAFA) to improve engineering properties of clayey soils is a ...
An experimental investigation on the mechanical improvement induced by alkali-activated binder based...
The development of soil treatment techniques using alkali-activated binders is a relevant issue sinc...
The improvement of geotechnical properties is often achieved by the addition of traditional binders,...
In this paper the potential of introducing alkali activated fly ash to a clayey soil as stabilizing ...
Generally, alkali-activated binders have received much attention in recent years due to their energy...
Alkaline activation of fly ash (FA) was used to improve the mechanical performance of a silty sand, ...
In this paper the potential of introducing alkali activated fly ash to a clayey soil as stabilizing ...
An increasing interest in the development of alternative solutions based on the use of wastes and re...
Clay in its natural form is widely used as a construction material for the development of various bu...
This work focuses on the use of alkali activated fly ash-based binder to enhance engineering charact...
This study addresses the use of alkali activated high-calcium fly ash-based binder to improve engine...
In the present paper, the use of alkali activated binders to improve engineering properties of claye...
The use of alkali activated binders to improve engineering properties of clayey soils is a novel sol...
The use of alkali-activated fly ashes (AAFA) to improve engineering properties of clayey soils is a ...
An experimental investigation on the mechanical improvement induced by alkali-activated binder based...
The development of soil treatment techniques using alkali-activated binders is a relevant issue sinc...
The improvement of geotechnical properties is often achieved by the addition of traditional binders,...
In this paper the potential of introducing alkali activated fly ash to a clayey soil as stabilizing ...
Generally, alkali-activated binders have received much attention in recent years due to their energy...
Alkaline activation of fly ash (FA) was used to improve the mechanical performance of a silty sand, ...
In this paper the potential of introducing alkali activated fly ash to a clayey soil as stabilizing ...
An increasing interest in the development of alternative solutions based on the use of wastes and re...
Clay in its natural form is widely used as a construction material for the development of various bu...
This work focuses on the use of alkali activated fly ash-based binder to enhance engineering charact...
This study addresses the use of alkali activated high-calcium fly ash-based binder to improve engine...