Soil Stabilization Using Lime: Research, Analysis, and Methodology

This report delves into the critical topic of soil stabilization using lime, a process vital for improving the engineering properties of soil. The introduction highlights the significance of soil stabilization in construction projects, particularly when dealing with clay-rich soils. The report includes a comprehensive literature review, examining various research papers and studies on the effectiveness of lime in soil stabilization. The literature review explores the chemical and physical processes involved, the role of lime in enhancing soil bearing capacity, and the different methods and processes used for soil stabilization, such as the use of lime, fly ash, and cement. The research question explores why soil stabilization is very important for projects, the fundamental concept behind soil stabilization using lime, and how limes improve stability of soil in the projects. The aims and objectives of the study focus on evaluating the importance of soil stabilization, managing the performance of soil stabilization using lime, and gaining knowledge in the field. The theoretical content and methodology section outlines the practical steps involved in the process, including scarification, lime spreading, mixing, compaction, and curing. The report concludes by summarizing the key findings and the significance of lime in achieving stable and durable soil conditions for construction projects. The report is structured with an introduction, literature review, research questions, aims and objectives, theoretical content and methodology, and a conclusion.