Analyzing the Compressive Strength of Concrete Cylinder Made from Natural and Recycled Coarse Aggregate

Abstract

Large amounts of garbage are currently being dumped in landfills all over the world as a result of the world's fast industrialization, and as everyone is aware, concrete is one of the most commonly used materials worldwide after water. Every year, more garbage from construction is produced. The current study assesses the overall advantages of recycled aggregate materials made from diverse sources of building and demolition debris. Basic laboratory work on the behavior of concrete materials is included in investigations. These experiments examine the fundamental characteristics of recycled aggregate materials, which can predict how well the material would function in place of natural aggregate materials. Construction is currently generating a lot of construction and garbage in modern Bangladesh. It has been utilized to replace natural aggregate materials with recycled aggregate materials up to a maximum of 100%. The engineering project's conditions and goals have a significant impact on the replacement rate. We used recycled coarse aggregate from concrete that had been crushed for this research project. The majority of the volume of concrete is made up of coarse aggregate. The best way to lessen the quantity of concrete waste that ends up in landfills is to recycle coarse aggregate (RCA). The primary goal of this research project is to examine the compressive strength of recycled coarse aggregate concrete and natural coarse aggregate concrete.