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Papers tagged with "Flexural Strength"
HIGH STRENGTH CONCRETE BY USING MANUFACTURED SAND
This Article Will Focus On The Study Of Manufactured Sand As A Volumetric Partial Substitute Of Conventional Crushed Fine Aggregate In M60, M70 And M80 Grade. Author Believes That A Better Approach For Covering Variety Of Mixes In A Modest...
PERFORMANCE EVALUATION OF M60 CONCRETE INCORPORATING GGBS AND ALCCOFINE AS PARTIAL CEMENT REPLACEMENTS
This Paper Evaluates The Mechanical Performance Of M60 Concrete In Which Ordinary Portland Cement Is Partially Replaced By Ground Granulated Blast-furnace Slag (GGBS) And Alccofine 1203. A Constant Total Binder Content Of 450 Kg/m³, Water C...
Experimental Investigation On The Strength And Durability Properties Of M30 Concrete By Partially Replacing Cement With Eggshell Powder
This Study Investigates Egg Shell Powder (ESP) As A Partial Replacement For Ordinary Portland Cement In M30 Grade Concrete, With Emphasis On Fresh Behaviour, Mechanical Strength And Durability. Concrete Mixes Were Prepared With 0%, 5%, 10%,...
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...
A TERNARY EVALUATION OF SPENT REFRACTORY CERAMICS, METALLURGICAL SLAG, AND WASTE GLASS AS SAND SUBSTITUTES IN STRUCTURAL CONCRETE
The Dramatic Escalation In Global Urbanization And Infrastructural Modernization Has Placed An Unsustainable Burden On Natural Geological Reserves. Concrete, Being The Structural Backbone Of Modern Civilization, Requires Massive Volumes Of...
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...
Partial Replacement Of Cement With Marble Powder In M20 Grade Of Concrete
Concrete Is One Of The Most Widely Used Construction Materials Because Of Its Strength, Durability, And Versatility. However, Large-scale Cement Production Creates Serious Environmental Problems Due To Excessive Carbon Dioxide Emissions And...
Experimental Study Of Copper Slag & Pond Ash Based Concrete
The Main Objective Of The Present Study Is To Find Out A Suitable, Effective And Alternative Material For Partial Replacement Of Cement And Coarse Aggregate, To Find Out Possible Utilization Of Waste Materials In Construction Industry That...
WASTE MINIMIZATION AND RECYCLING IN CONSTRUCTION
In Major Indian Cities There Is A Surge In Construction And Demolition Waste (CDW) Quantities Causing An Adverse Effect On The Environment. The Use Of Such Waste As Recycled Aggregate In Concrete Can Be Useful For Both Environmental And Eco...
PERFORMANCE EVALUATION OF CRIMPED STEEL FIBER REINFORCED CONCRETE USING M-SAND FOR M30 CONCRETE
In This Study, Crimped Steel Fibres And Manufacturing Sand (M-Sand) Were Used In An Experimental Study Of Fibre Reinforced Concrete. We Know That Concrete Is Weak In Tension And Strong In Compression, And That The Fine Aggregate Used In Con...
Geopolymer Concrete By Using Flyash And Ggbs As A Replacement Cement
Concrete Has Occupied An Important Place In Construction Industry In The Past Few Decades And It Is Used Widely In All Types Of Constructions Ranging From Small Buildings To Large Infrastructural Dams Or Reservoirs. Cement Is Major Ingredie...
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...
COMPARATIVE STUDIES ON GEOPOLYMER CONCRETE AND CONVENTIONAL CONCRETE COLUMNS UNDER AXIAL COMPRESSION
Concrete Remains One Of The Most Extensively Used Materials In Construction, With Ordinary Portland Cement (OPC) As Its Principal Binder. However, OPC Manufacturing Is Energy-intensive And A Major Contributor To Global CO₂ Emissions. In Res...