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Papers tagged with "Fiber"
Performance Evaluation Of Natural Zeolite-Based Fiber Reinforced Concrete Under Flexural And Tensile Loading
The Incorporation Of Supplementary Cementitious Materials And Fiber Reinforcement Has Become An Effective Strategy For Developing Sustainable Concrete With Enhanced Structural Performance. Among These Materials, Natural Zeolite Possesses Si...
COMPARATIVE STUDY ON THE STRUCTURAL PERFORMANCE OF M25 AND M30 GRADE CONCRETE WITH INDUSTRIAL SLAG AND SISAL FIBER INTEGRATION
The Rapid Growth Of The Construction Sector Has Intensified The Demand For Sustainable Alternatives To Natural Aggregates And Traditional Concrete Additives. This Experimental Study Evaluates The Structural Feasibility Of Incorporating Iron...
STRENGTH ENHANCEMENT OF CONCRETE REINFORCED WITH POLYPROPYLENE FIBERS OF VARIED GEOMETRIES AND DENSITIES
The Rapidly Increasing Volume Of Industrial Waste Material Poses A Severe Threat To Environmental Sustainability And Ecological Balance. Furthermore, The Commercial Production Of Synthetic Fibers Contributes Significantly To Global Warming...
Performance Evaluation Of Cellulose Fiber Engineered Concrete For Structural Applications
Concrete Is The Most Widely Used Construction Material; However, Its Low Tensile Strength, Brittleness, And Susceptibility To Cracking Limit Its Performance In Structural Applications. The Incorporation Of Natural And Cellulose-based Fibers...
EXPERIMENTAL STUDY ON ENGINEERING PROPERTIES OF SUBGRADE SOIL STABILIZED BY RBI 81 ALONG WITH COIR FIBER
Subgrade Soil Failure Due To Insufficient Strength, Weak Bearing Capacity, Excessive Deformation And Desiccation Cracking Of Problematic Soils Is Commonly Observed On The Road Network, And This Leads To Huge Expenditure In The Maintenance A...
STRENGTHENING OF EXISTING SUBGRADE SOIL USING RBI 81 AND COIR FIBER
Subgrade Soil Failure Due To Insufficient Strength, Weak Bearing Capacity, Excessive Deformation And Desiccation Cracking Of Problematic Soils Is Commonly Observed On The Road Network, And This Leads To Huge Expenditure In The Maintenance A...
Experimental Study On Compressive Strength Of Concrete By Replacement Of Fine Aggregate With Sea Shells And Addition Of Steel Fibers
I Concrete Is One Of The Most Widely Used Construction Material. The Present Trend Of The Concrete Technology Is Towards Increasing The Strength And Durability Of The Concrete To Meet The Demands Of The Modern Construction. Now A Day’s Fibe...
An Experimental Investigation On Hybrid Fiber Reinforced Concrete
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 Ty...
EXPERIMENTAL INVESTIGATION ON GEOPOLYMER CONCRETE SLABS OF GRADE M25
This Study Investigates The Performance Of M25 Grade Geopolymer Concrete (GPC) Slabs Reinforced With Glass Fibres (GF). Four Slab Specimens Of Size 600 Mm× 600 Mm × 50 Mm Were Casted And Tested Under Static Loading. The Mix Variations Inclu...
AN EXPERIMENTAL INVESTIGATION OF FIBER REINFORCED GEOPOLYMER CONCRETE BEAMS
Geopolymer Concrete (GPC), Synthesized From Industrial By-products Like Fly Ash And GGBS Activated With Alkaline Solutions (NaOH And Na₂SiO₃), Offers A Sustainable Alternative To Conventional Portland Cement Concrete (CC). This Study Invest...
EXPERIMENTAL STUDIES ON DURABILITY CHARACTERISTICS OF GEOPOLYMER CONCRETE AND CONVENTIONAL CONCRETE
Concrete Is Widely Used In Construction For Its Strength, Adaptability, And Ease Of Availability. Despite These Advantages, Durability Under Harsh Environmental Conditions Remains A Significant Concern. This Thesis Examines The Durability P...
FLEXURAL BEHAVIOUR OF GEOPOLYMER CONCRETE SLABS
This Study Investigates The Flexural Performance Of M40 Grade Geopolymer Concrete (GPC) Slabs Reinforced With Glass Fibres (GF). Four Slab Specimens Of Size 600 Mm × 600 Mm × 50 Mm Were Cast And Tested Under Static Loading. The Mix Variatio...
Effect Of Banana Fiber On Concrete Strength
Concrete Reinforcement Technology Is Not New And Fibers Have Been Used For Reinforcement Since Ancient Times. Popular Fibers Are Made Up Of Steel And Glass, While Plastic And Nylons Have A Limited Use. Quantities, Concentration, And Dispers...
AN EXPERIMENTAL INVESTIGATION ON PROPERTIES OF SISAL FIBER USED IN THE CONCRETE
Ordinary Portland Cement (OPC) Is The Traditional Binding Agent Used In Concrete. However, The Energy-intensive Process Of Making Cement Releases Additional CO2 Into The Environment. Since OPC's Utility Is Growing At An Exponential Rate, Th...
SUSTAINABLE CONCRETE SOLUTION : THE ROLE OF IRON ORE TAILINGS AND GLASS FIBER IN ENHANCING STRENGTH
This Study Explores The Utilization Of Iron Ore Tailings As A Sustainable Alternative To Conventional Sand In Concrete Production, Targeting An M25 Grade For The Concrete Mix. We Conducted Systematic Experiments To Assess Various Proportion...