International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 03 | Mar 2025
p-ISSN: 2395-0072
www.irjet.net
Performance Evaluation of Concrete with Ceramic Waste as Fine Aggregate Replacement and Mica as Admixture Asif v m1, Alfiya Easa2, Asna Shaji3, Athil A A4, Adila Abdulla kunju5 1234UG student, Department of Civil Engineering, Ilahia College of Engineering and Technology, Kerala, India 5Assistant professor, Department of Civil Engineering, Ilahia College of Engineering and Technology, Kerala, India
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Abstract- Concrete is one of the most commonly used
mechanical properties like compressive and flexural strength, analyzing workability, and performing durability tests such as the Rapid Chloride permeability test. Plus, microstructural examinations will shed light on how these materials interact. By showcasing the practicality and benefits of using waste materials, this project aims to encourage sustainable construction practices that lessen environmental impact while keeping the strength and performance of concrete intact. Ultimately, the research aspires to pave the way for a more sustainable future in the concrete industry, promoting innovative strategies for resource management.
materials in civil engineering, made up of cement, aggregates, water, and various admixtures. However, with the rising costs and dwindling natural resources, there’s an urgent need to focus on recovering and reusing these materials, as well as developing alternatives. Cement, which is the main binding agent in concrete, is in high demand due to the rapid pace of infrastructure development. Consequently, scientists and researchers around the world are actively looking for alternative binders and materials that can partially replace cement, aiming to boost sustainability without sacrificing strength and durability. Coarse aggregates also make up a significant part of concrete, so finding suitable substitutes for natural stone is crucial. By using alternative materials like industrial by-products, recycled aggregates, or additives derived from waste, we can greatly aid in resource conservation and promote environmental sustainability. By embracing innovative materials and sustainable practices in concrete production, the construction industry can lessen its ecological impact while ensuring long-lasting durability and cost-effectiveness. This study explores the durability of concrete that incorporates ceramic waste as a partial replacement for fine aggregate and mica as a mineral admixture, using specific ratios. The goal of including these materials is to enhance the mechanical properties and lifespan of concrete, while also supporting sustainability through the use of industrial waste.
2. OBJECTIVES AND SCOPE OF THE STUDY The Main Scope of the study is
The study focuses on M40 grade concrete, with a
target compressive strength of 40 MPa after 28 days.
The study evaluates compressive strength, splitting tensile strength, and elastic modulus to assess the impact of ceramic waste and mica on the performance and durability of M40 concrete.
To evaluate the potential of ceramic waste as a
partial replacement for fine aggregate and mica as a mineral admixture by analyzing strength characteristics.
Key Words: Ceramic waste, Fine aggregate replacement, Mica, Chemical Admixture, Strength characteristics, Durability test
To assess the importance of incorporating waste materials in concrete production to enhance sustainability in construction.
1.INTRODUCTION
To minimize concrete production costs by utilizing
The construction industry is grappling with some serious environmental issues, largely because of the high demand for concrete, which is notoriously resource-intensive. This project dives into some creative solutions by using ceramic waste as a partial substitute for fine aggregate and incorporating mica as an additive in concrete production. Ceramic waste, which comes from broken tiles and sanitary ware, often ends up in landfills; by repurposing it in concrete, we not only cut down on waste but also support sustainability in construction. Mica, a mineral known for its helpful properties, is added to improve the performance of the concrete mix, potentially enhancing both workability and durability. The main goals of this project include evaluating
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locally available alternative materials.
To promote Sustainable Construction Practices. The primary objective of this experimental investigation is to evaluate the effectiveness of ceramic waste and mica as mineral admixtures in concrete production. The objectives are
To investigate the Role of Mica as an Admixture. To analyze the Combined Effect of Ceramic Waste. |
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