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Volume 11, Issue 7 (July 2025)

An Experimental Investigation On Hybrid Fiber Reinforced Concrete

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Volume 12 Issue 07

July 2026

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Author(s)

Donala Praveen Kumar Vadapalli Hemanth Kumar

Abstract

Plain Cement Concrete Is Good At Providing Reasonable Compressive Strength But It Tends To Be Brittle In Nature And Is Weak In Tensile Strength, And Minimum Resistant To Cracking, Poor Toughness. To Overcome The Consists Of Two Different Types Of Fiber Combination I.e. Steel And Polypropylene Fibers Are Used With Conventional Concrete. The Fiber Proportions Of 0%, 0.25%, 0.5%, 0.75%, And 1% For M40 Grade Of Concrete. Compressive Strength Test On Cubes And Flexural Strength Test On Beams Were Carried Out To Study The Properties Of Hardened Concrete For 7 And 28days Of Curing Period.


Keywords

HYBRID FIBERS I E STEEL And POLYPROPLENE FIBERS COMPRESSIVE STRENGTH FLEXURAL STRENGTH

Paper ID

IJSARTV11I7103928

Publication Date

July 27, 2025

Research Area

Transportation Engineering

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