RESEARCH ON THE STRENGTH OF M20 GRADE CONCRETE USING DIFFERENT WATER RESOURCES THROUGH EXPERIMENTATION:  A REVIEW

Bhushan B. Wandhare; Jayant S. Kinhake; Shreyas R. Shende; Namrata N. Kamatwar

doi:10.59367/k2gf2r92

Authors

Bhushan B. Wandhare Department of Computer Science and Engineering, Technology, Shri Sai, College Chandrapur, India
Jayant S. Kinhake Department of Computer Science and Engineering, Technology, Shri Sai, College Chandrapur, India
Shreyas R. Shende Department of Computer Science and Engineering, Technology, Shri Sai, College Chandrapur, India
Namrata N. Kamatwar Department of Computer Science and Engineering, Technology, Shri Sai, College Chandrapur, India

DOI:

https://doi.org/10.59367/k2gf2r92

Keywords:

Tap Water, River Water, Bore Water, Testing of Water, Compressive Strength

Abstract

The strength of concrete is a critical parameter in construction engineering, and the choice of a water source during the mixing process can significantly influence its mechanical properties. This study investigates the impact of different water resources on the compressive strength of M20-grade concrete. The M20 mix design is commonly used in construction, making it essential to comprehend how water quality affects its performance.

In this experimental research, water from various sources, including tap water, river water, and groundwater, was utilized in the concrete mix. The water samples were tested for chemical composition, pH, and impurities before use. Concrete specimens were prepared and cured under standard conditions, and their compressive strength was evaluated at various curing ages, ranging from7 to 28 days.

Preliminary results indicate that the choice of water source indeed affects the compressive strength of M20 grade concrete. Factors such as pH, mineral content, and impurities in the water play a significant role in determining concrete strength. This study provides valuable insights for construction professionals, emphasizing the importance of water quality management in optimizing concrete performance. Further analysis and interpretation of data will be presented in the full research paper.

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