Investigation on Flexural Performance of Concrete Beam with Replaced of Cement using WGP

Abstract

The Glass is a clear substance made by tender a combination of ingredients, including silica, lacking causing representation. The Glass is a material that is utilized extensively in day life in industrialpropertieslike space tubing, glassware, sheet glass, andbottles. The quantity of glass garbage has been steadily rising in recent years, with the majority of it ending up in landfills. Glass waste should not be land filled because it is not biodegradable. Therefore, leftover glass can be incorporated into concrete to create an affordable and environmentally sustainable building. Cement, aggregates, admixtures and waterare the ingredients of concrete. Using a variety of waste resources, including GGBS, silica fume, and PFA, numerous studies are currently being conducted on the usage of substitutes for Portland cement. Similar to PFA and GGBS, WGP is also employed as a filler material and a partial substitute for cement, which undergoes some reaction during hydration.In this investigation, the automatic qualities such as flexural strength, compressive andsplit tensile strengthdetermination be tested using waste GP in place of cement, the material used in concrete. In order to assess the impact of adding GP at different percentages to the concrete mix (5%, 10%, 15%, and 20%), GP with a particle size of 75 microns was employed.

Keywords

• silica fume
• wgp (waste glass powder)
• pfa
• ggbs