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Papers tagged with "Split Tensile"
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...
INFLUENCE OF NATURAL AGGREGATES REPLACEMENT WITH RECYCLED AGGREGATE ON STRENGTH AND SULPHATE RESISTANCE OF M50 GRADE CONCRETE
The Rapid Expansion Of Global Infrastructure Has Led To An Unprecedented Demand For Natural Construction Materials, Necessitating The Exploration Of Sustainable Alternatives. This Research Investigates The Feasibility Of Replacing Natural C...
STRENGTHENING OF HIGH-PERFORMANCE LIGHTWEIGHT CONCRETE USING CENOSPHERE AND DOLOMITE HYBRID FILLERS
The Construction Industry’s Rapid Expansion Is Driving An Unsustainable Increase In Global Cement Production, Currently Exceeding 1.6 Billion Tons Annually. This Demand Not Only Depletes Natural Resources But Also Results In Significant Env...
SYNERGISTIC EFFECT OF BINARY AGRO-ASH BLENDS AND NYLON FIBER REINFORCEMENT ON THE PERFORMANCE OF SUSTAINABLE CONCRETE
- The The Depletion Of Natural Resources And The High Carbon Footprint Associated With Conventional Portland Cement Production Have Intensified The Search For Sustainable Alternatives In The Construction Industry. This Study Investigates Th...
STRENGTH ASSESSMENT OF FIBER-MATRIX COMPOSITE ENHANCED WITH DUAL MINERAL ADMIXTURES
Cement The Heavy Reliance On Portland Cement In Infrastructure Development Poses Severe Environmental Threats Due To Massive Carbon Dioxide Emissions, Alongside Escalating Economic Costs. To Address These Challenges, This Study Evaluates Th...
EXPERIMENTAL STUDY ON AMBIENT CURED ALKALI ACTIVATED GEOPOLYMER CONCRETE USING METAKAOLIN AND COPPER SLAG AS SUSTAINABLE CEMENTITIOUS BINDERS
The Global Demand For Cement Is Rising Exponentially To Meet The Rapid Development Of Infrastructure. However, The Production Of Ordinary Portland Cement (OPC) Is Highly Carbon-intensive, Contributing Significantly To Global Greenhouse Gas...
PERFORMANCE EVALUATION OF M30 SELF-COMPACTING CONCRETE UTILIZING MAGNETICALLY CONDITIONED WATER AND SUSTAINABLE MINERAL REPLACEMENTS
This Experimental Study Investigates The Fresh And Hardened Properties Of M30-grade Self-compacting Concrete (SCC) Prepared Using Magnetic Field-treated Water (MFTW) At A Field Intensity Of 0.8 Tesla. To Enhance The Sustainability And Econo...
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...
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 SUSTAINABLE CONCRETE REINFORCED WITH ARECANUT FIBERS AND ENHANCED BY SILICA FUME
In The Present Time The World Wide Cement Production Is About 1.6 Billion Tons. This Huge Amount Of Production Leads To Consumption Of Natural Resources And It Is Also Harmful For Environment. The Main Components Of The Gases Emitted From C...
OPTIMIZATION OF LOW-CARBON CONCRETE DEVELOPED WITH RICE HUSK ASH UNDER SEVERE HYDROCHLORIC ACID ENVIRONMENTS
Ordinary Portland Cement (OPC) Is The Most Heavily Consumed Man-made Material On Earth. However, This Massive Scale Comes With A Severe Environmental Penalty: The 1:1 Carbon Ratio: As A Rule Of Thumb In Material Science, Manufacturing 1 Ton...
Determination Of Physical And Engineering Properties Of Thermal Power Plant Waste Pond Ash And Its Use In Concrete
An Effects On Concrete By Replacement Of Sand As Thermal Power Plant Pond Ash On Properties Such As Compressive Strength, Split Tensile Strength, Flexural Strength, Are Studied. The Natural Sand Was Replaced With Pond Ash By 0%, 20%, 40%, 6...
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...