Strength Behaviour of Geopolymer Concrete by using Different Mineral Admixtures

Abstract

The world is developing rapidly and therefore the construction of buildings takes vital role. If we bear thoroughly the usage of concrete gets raised up so it ends up in the shortage of the natural resources. so as to save lots of our natural resources, by replacing a number of the proportions within the concrete with the subsequent measures. By using ash and GGBS as admixture in geopolymer concrete in equal percentages (50-50%). The results obtained from compressive strength, split durability test for the age of 7-and 28-days strength-polymer concrete is one among the building materials that became more popular in recent years thanks to the very fact that it's significantly more environment friendly than standard concrete-polymer concrete could be a variety of concrete that's made by reacting aluminates and silicate bearing materials with a caustic activator. Commonly, waste materials like ash or slag from iron and metal production are used, which helps result in a cleaner environment. Geo-polymer concrete completely replaces cement by ash, ground granulated furnace slag and therefore the polymer materials.