Comparative Study Of Normal M20 Concrete And Human Hair Reinforced M20 Concrete

• Author(s):

  Kamata Singh

• Keywords:

  Flexure Strength, Tensile Strength, Compressive Strength, Durability, Environment.

• Abstract:

  Human Hair Is A Waste Material That Is Determined In Bountiful Sum In Day By Day Existence. It Is A Regular Constituent In City Squander Streams And Reasons Ecological Troubles As It's Far A Non-degradable Waste. Fiber Strengthened Cement Give Great Flexure Strength Less Break Improvement. Considering That Concrete Is Frail In Stress For That Reason Some Estimates Ought To Be Embraced To Defeat This Insufficiency. Human Hair Is By Way Of And Massive Solid In Pressure; Henceforth It Thoroughly May Be Applied As A Fiber Fortification Cloth. Human Hair Fiber Is A Preference Non-degradable Problem To Be Had In Riches And At Unassuming Cost. Hair Moreover Diminishes Ecological Issues. Likewise, Growth Of Human Hair Strands Improvements The Coupling Residences, Miniature Breaking Manipulate, Imparts Ductility, Power And Moreover Builds Expanding Competition. The Exploratory Discoveries In Our Investigations Might Guide Destiny Exam Towards The Path For Lengthy Haul Execution To Expanding This Price Of Powerful Form Of Strands For Use In Number One Packages. Exam Had Been Led On Stable Three-D Shapes, Chambers And Mild Emissions Sizes With Growth Of Various Quotes Of Human Hair Fiber I.e., 0% And 3.5% Weight Of Concrete, Best And Coarse Combination And Results Were Contrasted And People Of Plain Concrete Cement Of Mid- Variety Grade. For Each Stage Of Human Hair Included Stable, We Make A Exceptional Cubes Sample That Were Tried For Their Character Mechanical Homes At Relieving Instances Of 7days, 14days And 28days. That Investigation Encourages The More Energizing To Realise The Human Hair Fiber Fortified Execution In Concrete Cement. In This Paper Flexure, Tensile, Water Absorption, Acid Attack Tests Are Performed.

---

Other Details

• Paper id:

  IJSARTV11I6103757

• Published in:

  Volume: 11 Issue: 6 June 2025

• Publication Date:

  2025-06-09

Download Article