Fula Desai

CT2032

Ground Stabilization

This project focused on ground improvement using fly ash and foundry waste sand in geotechnical engineering. As part of the studio, multiple sites were visited to observe and participate in Standard Penetration Tests (SPT). Soil samples were collected for further testing to analyze the effectiveness of these materials in enhancing soil properties for construction purposes. The study aimed to improve the stability and strength of weak soils, making them more suitable for foundation work and infrastructure development.

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Unlocking Geotechnical Insights: Simplify Complex Concepts with Mind Maps!

From Soil to Structure: Geotechnical Tests That Build the World Beneath Our Feet!

Documenting bore log details and collecting soil samples for accurate geotechnical analysis and site evaluation.

Preparing recommendation tables and applying N-value corrections to ensure reliable geotechnical assessments and foundation design.

Mapping subsurface strata with soil profiles for precise geotechnical evaluations.

Calculating SBC and settlement to design foundations that balance safety and performance.

Optimizing soil strength with an innovative blend of fly ash and foundry waste sand for sustainable ground improvement.

Analyzing the impact of fly ash and foundry waste sand on soil properties: From grain size distribution and Atterberg’s limits to compaction and strength, these additives enhance soil stability and improve foundation performance.