Abstract
Experimental Investigation on Compressive Strength Enhancement of Geopolymer Paste Fly Ash/ Slag Based Cured at Ambient Condition
Highlights
Climate change due to global warming occurs is proven by scientific consensus overwhelming majority
Compressive Strength is the most important properties usage as an indicator of the other mechanical properties .Where the other properties frequently connected well with the compressive strength .Figure 3 shown the impact of the various concentrations of ground granulated blast furnace slag (GGBFS) on the compression in (7 and 28) days
The graph shows that the increase GGBFS content in the mix leads to increase the compressive strength development
Summary
Climate change due to global warming occurs is proven by scientific consensus overwhelming majority. This paper, illustrate the first experimental study on producing geopolymer paste over extensive range of the fully replacement fly ash with slag from 0% to 100% by increment 10%, introduced as novel approaches to promote compressive strength of the geopolymer paste based on slag at ambient condition. That made it provides of the potential utilization of geopolymer paste as an in situ construction material cured at ambient temperatures
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