Abstract
This experiment investigates the feasibility of replacing cement with stone cutting dust in M20 grade concrete. This study aims to understand the details of varying proportions of stone cutting powder on the workability, compressive strength, and flexural strength of the concrete mix. On the other hand, disposal of stone cutting powder is generated from stone cuttings and it is becoming a problem to environment even there is no chance of growth of plants. So, the cutting powder will be used as replacement material in cement by 10%, 20% and 30%. The aim of this study is to find the maximum content of stone cutting powder by partial replacement of cement. The study of workability and durability properties of M20 grade concrete with replacement of stone cutting powder is achieved at 10% of replacement with good results. Additionally, it also assess the economic viability and environmental impact of this substitution and. Through a systematic experimentation, the study aims to identify the optimal percentage of stone cutting powder replacement that balances performance and sustainability in M20 concrete.
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