EXAMINATION OF RESIDUAL MATERIAL IN THE PRODUCTION OF CONCRETE (KEY IJP************876)

• Mohd Umar,Er. Rekha Devi

Abstract

The present work examines The utilisation of residual material in the production of concrete, with the goal of tackling sustainability issues and improving the Climatic implications of building supplies. Considering that the construction sector is a major user of natural resources and generates a significant amount of waste, it is crucial to investigate alternative materials that can replace or enhance the standard components of concrete. The study centres on a thorough analysis of different residual materials, such as fly ash, slag, silica fume, and recycled aggregates, to ascertain their appropriateness and efficacy in the production of concrete.The mechanical, chemical, and microstructural Features of concrete including residual materials are thoroughly assessed using a mix of experimental investigation and analytical methods. The investigation also investigates the optimisation of mix designs by altering the proportions and combinations of leftover elements in order to attain specified Quality objectives, such as strength, durability, and environmental sustainability.This thesis contributes to the advancement of sustainable construction methods by clarifying the possible advantages and disadvantages of using residual materials in concrete manufacturing. The findings provide useful insights for engineers, investigationers, and practitioners who aim to reduces the environmental impact of building operations while simultaneously maintaining or enhancing the Quality of concrete structures. In summary, this investigation highlights the significance of integrating sustainable materials into the manufacture of concrete in order to enhance resource efficiency and reduce environmental consequences.