Efficacy of Admixtures on Compressive Strength of Concrete

Author:

Khandekar Lokesh,Shendre Tejas,Meshram Vedashri,Kotangale Simran,Dahagonkar Komal,Nagpure Akash,Marjive Sanjay

Abstract

This report investigates the impact of reducing cement proportion in concrete by adding varying percentage of silica fume and glass fibre. The aim is to evaluate the compressive strength of modified concrete mix with varying percentage. The experiment involved varying levels of cement replacement with silica fume and the addition of glass fibre to determine the optimal combination for enhancing concrete performance. Testing methodologies included compressive strength tests of concrete cube. The results provide insights into the feasibility and effectiveness of utilizing silica fume and glass fibre to improve the strength characteristics of concrete while reducing cement content, contributing to sustainable and durable construction practices.

Publisher

International Journal of Innovative Science and Research Technology

Reference13 articles.

1. Joshi, N. G. Bandra – Worli Sea Link: Evolution of HPC mixes containing Silica Fume, Indian Concrete Journal, (Oct. 2001), pp. 627-633.

2. Basu, P. C.: NPP containment structures Indian experience in Silica Fume – HPC, Indian Concrete Journal, (Oct. 2001), pp. 656- 664.

3. IS - 516 - 1959 ‘Indian Standard Methods of Test for Strength of Concrete’, 13th reprint, June 1989, Bureau of Indian Standards, New Delhi - 110 002.

4. I.S: 10262-1982 Indian code for recommended rule for concrete mix design.I.S 456-2000 Indian code of do for plain and reinforced concrete (Fourth Revision).

5. Bayasi, Z. Bhatacharya, R. and Posey, M. (1989) Fibre Reinforced Concrete: fundamentals and advancement, Proceedings, conference on advancement in Concrete wealth, Bradley University, pp.1-1 to 1-27.

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