Conducted a seminar and experimental case study analyzing the effects of partially replacing cement with silica fume (micro silica) in concrete. Evaluated changes in compressive and split tensile strength, aiming to identify the optimal percentage addition for enhanced strength and durability.
 Highlighted Skills & Contributions
Materials Testing: Designed and carried out experiments to measure compressive and split tensile strength of concrete with different silica fume dosages.
Experimental Methodology: Controlled replacement levels (0%, 5%, 10%, 15% by weight of cement), rigorously tracked setting times and mechanical properties.
Technical Analysis: Calculated and compared compressive (using CTM) and tensile strengths (using splitting cylinder method) over 7, 14, and 28 days.
Data Interpretation: Identified trends, plotted strength progression, and determined the optimal silica fume dosage for strength enhancement.
Key Achievements and Deliverables