Innovative Formulations for Building Construction Bricks: Integration of Marble Dust and Lime as Alternatives to Clay for Improved Construction Brick Fabrication

Adnan Qadir, Naheed Akhtar, Nasrumin Allah, Muhammad Farhan Aslam, Salman Khan
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Abstract

This research offers a comprehensive examination of the production of bricks with leftover powdered marble and lime as eco-friendly materials. Different replacement percentages of leftover marble powder and lime (3%, 6%, 9%, and 12%) were applied to the soil to create bricks. Through a series of laboratory experiments, including compression tests, heat transfer tests, and scanning electron microscope (SEM) evaluations, the mechanical, thermal, and microstructural characteristics of the bricks produced were carefully evaluated. Bricks with increasing percentages of waste marble powder and lime replacement were found to have significantly changed physical, mechanical, and microstructural qualities. The findings offer valuable insights into the potential use of leftover marble powder and lime as environmentally friendly additives in brick manufacturing, with a focus on opportunities to enhance both sustainability and usability.
建筑用砖的创新配方:整合大理石粉和石灰作为粘土的替代品以改进建筑砖块的制造
这项研究全面考察了用剩余的大理石粉和石灰作为环保材料生产砖块的情况。研究人员在土壤中添加了不同比例的剩余大理石粉和石灰(3%、6%、9% 和 12%)来制作砖块。通过一系列实验室实验,包括压缩试验、传热试验和扫描电子显微镜(SEM)评估,对所生产砖块的机械、热和微观结构特征进行了仔细评估。结果发现,随着废大理石粉和石灰替代比例的增加,砖块的物理、机械和微观结构质量都发生了显著变化。研究结果为在制砖过程中使用剩余大理石粉和石灰作为环保添加剂提供了宝贵的见解,重点是提高可持续性和可用性的机会。
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