To Study The Effect Of M25 Concrete By Partial Replacement Of Sand With Glass Powder And Cement By Fly Ash

• Author(s):

  Yash Veer Yadav | Rajan | Mukesh Kumar | Mahendra Kumar

• Keywords:

  Glass Powder, Fly Ash, Partial Replacement, Fine Aggregate, Cement Replacement, Compressive Strength, Sustainable Concrete, Waste Materials, Eco- Friendly Construction

• Abstract:

  Concrete Is The Most Widely Used Construction Material, And The Demand For Sustainable And Eco-friendly Concrete Has Increased Significantly In Recent Years. This Study Investigates The Effect Of Partial Replacement Of Natural Sand With Waste Glass Powder And Cement With Fly Ash On The Mechanical Properties Of M25 Grade Concrete. The Utilization Of Industrial And Waste Materials Not Only Helps In Reducing Environmental Pollution But Also Conserves Natural Resources. In This Experimental Investigation, Cement Was Partially Replaced By Fly Ash At Different Percentages, And Fine Aggregate Was Partially Replaced By Glass Powder By Weight. Various Concrete Mixes Were Prepared And Tested For Compressive Strength, Split Tensile Strength, And Workability At Curing Periods Of 7, 14, And 28 Days. The Results Obtained Were Compared With Those Of Conventional M25 Concrete. The Test Results Indicated That The Inclusion Of Glass Powder And Fly Ash Improved The Workability Of Concrete And Showed Comparable Or Improved Strength Characteristics Up To An Optimum Replacement Level. Beyond This Optimum Percentage, A Reduction In Strength Was Observed. The Study Concludes That Partial Replacement Of Cement With Fly Ash And Sand With Glass Powder Can Produce Durable And Economical M25 Concrete While Contributing To Sustainable Construction Practices

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Other Details

• Paper id:

  IJSARTV12I2104597

• Published in:

  Volume: 12 Issue: 2 February 2026

• Publication Date:

  2026-02-25

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