@ IJTSRD | Available Online @ www ISSN No: 245 Inte R Experimental Study on H Aqib Mohi D 1,2 1,2 Al-Falah School of Engineering 3 Niit Srina ABSTRACT In reviewing technology advances centuries, it is evident that material deve a key role. Considerable efforts are still every part of the world to develop new materials. In the construction indust technology is heading towards entirely way of using glass fibre with high concrete. Strength and durability are the two majo considered in the design of structure static and dynamic loads. Chara conventional concrete might not be entir to high strength concrete because of thei failure characteristics and engineering pr HPC is multi-componential interactive material. High strength is not only the has to be looked in the design of struc There are various other parameter such elasticity, bond strength, flexural s splitting strength etc. that tend to mechanical properties and failure cha hardened concrete, expressive in deflections, ultimate load, formation o crack pattern etc. High performance concrete (HPC) is concrete designed to provide several b construction of concrete structures. The in concrete has gained enormous popula decade. Studies have shown increasing the brittle behavior of HPC can be ove addition of short Glass fibres of small d w.ijtsrd.com | Volume – 2 | Issue – 5 | Jul-Aug 56 - 6470 | www.ijtsrd.com | Volum ernational Journal of Trend in Sc Research and Development (IJT International Open Access Journ High Performance Concrete w Deen 1 , Mr. Shree Prakash 2 , Insha Altaf 3 1 Student, 2 Guide, 3 Co Guide 2 Department of Civil Engineering, g and Technology, Al-Falah University, Faridaba agar, Srinagar, Jammu and Kashmir, India through the elopment plays being made in w construction tries, concrete y new era by h performance or factors to be e subjected to acteristics of rely applicable ir difference in roperties. e construction parameter that ctural element. as modulus of strength, and o change the aracteristics of the form of of cracks and a specialized benefits in the e use of fibres arity in the last g evidence that ercome by the diameter in the concrete mix. The present st the integration of Glass fibers mix of M60 grade of concret cementations material dosage, percentage of fibers, and the m mechanical properties of co preparing several concrete specifically designed for use w as admixture. Three different 0.75%, 1% and 1.25% of Gl cement were used. Glass fibr mix and surfactant using an state-of-the-art techniques an water and high performance mechanical properties like Co Split tensile strength can b addition of low concentrations high performance fiber reinfor Keywords: Opc Ordinar Ggbs Ground Granulated Requird Strength Of Concre Ratio, P Load, V Void Conten Of Rupture 1. INTRODUCTION In the world of civil co concrete technology is headin era by the way of using plasticizers in concrete. Incre shown in the area of new decades. This is quite unders slowly, but increasingly b economic progress in the con 2018 Page: 1146 me - 2 | Issue – 5 cientific TSRD) nal with Glass Fibre ad, Haryana, India tudy aims to investigate with HPC of a designed te. The influence of the , cement/ultra-fine ratio, mixing procedures on the oncrete was studied by e mixes. Glass fibre with concrete composites t concentrations such as lass Fibre by weight of re first dispersed in dry ultrasonic mixer as per nd then combined with e concrete. The various ompressive, Flexural and be improved with the s of Glenium ACE 30 in rced concrete. ry Portland Cement, Blastfurnace Slag, Fc ete, W/C Water-Cement nt Of Sand, Fcr Modulus onstruction engineering, ng towards entirely new polymers with super easing interest is being materials in the past standable because, it is being recognised that nstruction depends more
Experimental Study on High Performance Concrete with Glass Fibre
Apr 07, 2023
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