Dec 10 2017 achieve higher strength compared to the control concrete 10 11 The durability characteristics such as water absorption and permeability decrease continuously with an increase in copper slag content 12 However not many durability studies have been made with regard to FA and copper slag CS nbsp
201936 ensp 0183 enspA COMPARATIVE STUDY ON STRENGTH AND DURABILITY OF CONCRETE USING COPPER SLAG AS A PARTIAL REPLACEMENT OF FINE AGGREGATE study reports potential use of copper slag as a replacement Aitcin PC 1998 High Performance Concrete E and FN Spon an imprint of Routledge London and Newyork 7 AlaviFard H amp Marzouk M 2004 Bond of high
journal for study on durability high performance concrete quotDurability performance of copper slag quotDurability studies on Copper slag admixed DBrindha Behaviour of High performance concrete using Get Info journal for study on durability high performance concrete
Read quotPerformance of high strength concrete made with copper slag as a fine aggregate Construction and Building Materials quot on DeepDyve the largest online rental service for scholarly research with thousands of academic publiions available at your fingertips
20171212 ensp 0183 enspwell as other waste material in the production of normal concrete and high strength concrete when used as partial and or full replacement of cement or and aggregate Also it has been performance and durability Studies by Alnuaimi 8 indied that replacement of fine aggregate sand by copper slag
This paper evaluates the strength and durability of cement mortar using FNS fine aggregate produced by smelting of garnierite ore at a temperature between 1500 and 1600 176C Rahman et al 2017 The molten slag is granulated by rapid cooling using seawater
This paper investigates the possibility of appliion of copper slag as a waste byproduct from metallurgical factory Krompachy Slovakia Republic as a fine aggregate in concrete up to 4050 replacement of natural filler Results of these studies confirmed that it is possible to produce concrete with a mean compressive strength of greater 50 MPa at 28 days hardening without any special
ash and sand with copper slag to study about the strength middot and workability of M30 grade concrete International Journal of Engineering Research amp Technology IJERT middot ISSN 22780181 middot with such materials showed improvement middot in workability and durability compared to normal concrete and
20171212 ensp 0183 enspperformance of high strength concrete made with copper slag as a fine aggregate Caijun shi and Jueshi Qian 10 has reviewed the recent progresses in the activation of latent cementitious properties of different slags like blast furn ace slag steel slag copper slag and phosphorous slag
Peerreviewed amp Open access journal ISSN 18041191 suggests replacing some percentage of fine aggregate with copper slag and some percentage of cement with GGBS to develop investigation to assess the durability parameters of high performance concrete with the industrial wastes Durability nbsp
2018821 ensp 0183 enspMPa 6 000 psi highperformance concrete for bridges could be ecoFig 171 Highperformance concrete is often nomically made while used in bridges left and tall buildings right 70017 70023 Highperformance concrete HPC exceeds the properties and constructability of normal concrete Normal and spe
2019421 ensp 0183 ensp90 and 100 copper slag replacement gave the low compressive strength values Therefore it is recommended 50 weight of CS can used as replacement of sand as fine aggregate in order to acquire high performance Keywords Self Compacting Concrete Segregation Flyash Copper Slag
International Research Journal of Engineering and Technology IRJET eISSN This study includes the performance of concrete by using both Metakaolin and Copper slag with respect to compressive strength flexural strength and its durability Strength of the Key Words High performance concrete pozzolana copper nbsp
2014516 ensp 0183 enspstudy the potential use of copper slag as fine aggregate on the strength of both normal and high strength concrete Concrete mixtures were prepared using different proportions of copper slag as partial and full replacement of fine aggregate The percentage of copper slag added by weight ranged between 10100 of sand used in concrete
201362 ensp 0183 enspHigh Performance concrete HPC has received increased attention in the development of infrastructure Viz Buildings Industrial Structures Hydraulic Structures Bridges and Highways etc leading to utilization of large quantity of concrete This paper presents a comprehensive coverage of High Performance concrete developments in civil engineering field
The study investigated the effect of waste foundry sand as partial concrete This paper deals with the review of literature for copper slag and foundry sand as partial replacement of fine aggregates in concrete KEYWORDS Concrete R Study on durability of high performance concrete with industrial wastes ATI
Jun 26 2015 Therefore it is recommended that 40 wt of copper slag can used as replacement of sand in order to obtain HPC with good strength and durability properties 4 5 Materials and Methods Materials There are many types of concrete available created by varying the proportions of the main ingredients nbsp
Test methods used to study the characteristics of fresh concrete were slump test Utube Vfunnel and Lbox Concrete mix are tested for workability density durability compressive strength and tensile strength The results shows there is a lessincrease in high performance concretedensity of 3 with therise of copper slag nbsp
2014619 ensp 0183 enspHigh Performance concrete HPC has received increased attention in the development of infrastructure Viz Buildings Industrial Structures Hydraulic Structures Bridges and Highways etc leading to utilization of large quantity of concrete This paper presents a comprehensive coverage of High Performance concrete developments in civil engineering field
2015914 ensp 0183 enspSTUDY ON DURABILITY PROPERTIES OF SELF COMPACTING CONCRETE WITH is a high – performance concrete which can flow under its own weight and it can pack the entire form work and selfconsolidates itself without any external vibration Copper slag Durability
Oct 30 2017 Fulltext PDF This paper investigates the technical feasibility of using copper slag as fine aggregate replacement in ultra high performance concrete UHPC The studies demonstrated that it is possible to produce UHPC having compressive strength greater than 150 MPa by incorporation of copper
Good performance of copper slag as fine and coarse aggregates in normal concrete is the basis for researchers to evaluate its possible use in producing special concrete such as selfconsolidating concrete Shoya et al 2003 highperformance concrete AlJabri 2006 and highstrength concrete Khanzadi and Behnood 2007
2016 IRJET Impact Factor value 4 45 ISO 9001 2008 Certified Journal Page 410 Effect of Copper Slag As A Fine Aggregate on Properties of Concrete work an extensive study using copper slag has been carried out to investigate strength workability and durability The attempt is made to prove in all respect the
From different studies carried out by the partial replacement of fine aggregate with copper slag in geopolymer strength and durability of geopolymer concrete with and without copper slag as fine aggregate II For geopolymer concrete siliceous pulverized fly ash obtained from HiTech private limited Tuiticorin India nbsp
International Journal of Mechanical And Production Engineering ISSN 23202092 Volume 3 Issue3 used and the tests were conducted for variousproportions of copper slag replacement with sand of 0 to100 in concrete The obtained Keywords Copper Slag Compressive Strength Split Tensile Strength
201677 ensp 0183 enspDurability Study of Concrete Containing Copper Slag as a Replacement Partial Replacement for Fine Aggregate Mr Pradeep Chavan1 Mr G V Nandi2 1 2Assistant Professor 1 2Department of Civil Engineering 1 2SIET Vijayapur Karnataka India Abstract Among various industrial waste copper slag is
Experimental Investigation of High Strength Concrete Using Copper slag as Fine aggregate and Metakaolin as Cement Replacement of high High Performance Concrete Journal of Engineering
2017528 ensp 0183 enspMotivated by the sustainable production perspective a laboratory testing program is exercised to ascertain the feasibility of utilizing copper slag in place of the natural fine aggregate in concrete Totally fifteen concrete mixtures were prepared to incorporate copper slag in place of the fine aggregate in concrete The attributes of concrete specimens made with varying proportions of
Self Compacting Concrete SCC is a high – performance concrete which can flow under its own weight and it can pack the entire form work and selfconsolidates itself without any external vibration and hence it accelerate the concrete placement process and reduces the labour needs
slag produced in metallurgical is blast furnace slag Long term performance records in manufacturing blended cement light weight aggregates and Pozzolans for management In the present study it is proposed to study the effect of addition of copper slag mixed with natural sand in concrete Materials and Methods
This research study was conducted to investigate the performance of high strength concrete HSC made with copper slag as a fine aggregate at constant workability and to study the effect of superplasticizer addition on the properties of HSC made with copper slag
Abstract An experimental investigation was conducted to study the effect of using copper slag as a fine aggregate and the effect fly ash as partial replacement of cement on the properties high strength concrete Totally ten concrete mixtures were prepared Five mixes containing different proportions of copper slag ranging nbsp
Abstract This research study was conducted to investigate the performance of high strength concrete HSC made with copper slag as a fine aggregate at constant Therefore it can be concluded that the use of copper slag as sand substitution improves HSC strength and durability characteristics at same workability while nbsp
2019124 ensp 0183 enspvarious methods used to improve the durability of concrete and to achieve high performance concrete the use of GGBS is a relatively new approach the chief problem is with its extreme finesse and high water requirement when mixed with Ordinary Portland
2018104 ensp 0183 enspBinayaPatnaik et al studied the strength and durability properties of copper slag admixed concrete The sand is partially replaced by copper slag with 0 to 50 Two different types of Concrete Grade M20 amp M30 were used with different proportions of copper slag replacement 0 to 50 in the concrete It is concluded that the High toughness of
study on various durability tests on concrete containing middot copper slag as partial replacement of sand In this report middot M30 grade of concrete was designed and tests were conducted middot with different percentage of copper slag as fine aggregate in middot concrete sand in order to obtain HPC with good strength and middot durability nbsp
201732 ensp 0183 enspperformance of high strength concrete HSC made with copper slag as a fine aggregate at constant workability and studied the effect of super plasticizer addition on the properties of HSC made with copper slag Two series of concrete mixtures were prepared with different proportions of copper slag
201699 ensp 0183 enspidea is to use copper slag as replacement of fine aggregate Due to several costs of labours for compaction we can go to self compacting concrete Self compacting concrete is one of the high performance concrete which had an enormous growth in the construction industry in the recent years
In addition silica fume is used in combination with copper slag to make concrete structures more durable The main purpose of this study was optimizing important variables of concrete mix design including cement factor watertobinder ratio w b copper slag and silica fume to improve concrete durability To achieve this goal an
2012520 ensp 0183 enspConsidering the longterm performance and stability of structures it is planned to replace some percentage of fine aggregate with copper slag and some percentage of cement with GGBS to develop High Performance Concrete HPC The paper presents an experimental investigation to assess the durability parameters of HPC with the industrial wastes
2013629 ensp 0183 enspPatel et al International Journal of Advanced Engineering Research and Studies EISSN2249–8974 IJAERS Vol II Issue III AprilJune 2013 154157 Research Paper STUDY ON DURABILITY OF HIGH PERFORMANCE CONCRETE WITH ALCCOFINE AND FLY ASH 1Yatin H Patel 2P J Patel 3Prof Jignesh M Patel 4Dr H S Patel Address for Correspondence
slag as fine aggregate in high performance Eight concrete mixes with copper slag content varying from 0 to 100 Also coarse aggregate replaced with cockle shell expanded polystyrene beads ceramic tiles The concrete mixes were investigated in terms of density compressive tensile flexural strength and durability
concrete Thus the production of concrete has become an ecofriendly construction process Self Compacting Concrete SCC is a high – performance Study on Durability Properties of Self compacting Concrete with Copper Slag Partially Replaced for Fine Aggregate International Journal of Civil Engineering and
2016128 ensp 0183 enspmicroscopic view demonstrated that there were limited differences between the control concrete and the concrete with less than 40 copper slag content Based on above investigations this research study was conducted to investigate the performance of concrete made with copper slag as a partial replacement for fine aggregate
Copperslag possesses mechanical and chemical characteristics that qualify the material to be used in concrete as partial replacement for aggregates This study investigated the mechanical properties of high strength concrete incorporating copper slag as a fine aggregate and metakaolin as cement replacement
201551 ensp 0183 enspAggregate using Copper Slag M R Amarnaath S Jaya Pradeep and durability properties Keywords Concrete Copper slag Density Compression strength 43 Grade was used for casting all the Specimens To produce high performance concrete the utilization of high strength cements is necessary Different types of cement have different
Experiments have been conducted to study the effect of addition of fly ash copper slag and steel and polypropylene fibres on compressive strength of concrete and to determine the hierarchical order of influence of the mix variables in affecting the strength using cluster analysis experimentally While fly ash and copper slag are used for partial replacement of cement and fine aggregate
201895 ensp 0183 enspand Abdullah H AIsandy 2009 studied on copper slag as sand replacement for high performance concrete In this paper present experimental process investigate the effect of copper slag using by replacement of sand of the properties of HPC The concrete mixes prepare the different percentages like 0 to 100 rang of copper slag
Highperformance concrete HPC is concrete that has been designed to be more durable and if necessary stronger than conventional concrete HPC mixtures are composed of essentially the same materials as conventional concrete mixtures but the proportions are designed or engineered to provide the strength and durability needed for the structural and environmental requirements of the project
2012920 ensp 0183 enspDurability of copper slag contained concrete exposed to sulfate attack AlJabri KS Copper slag as ne aggregate in highperformance concrete
201675 ensp 0183 enspCopper slag as sand replacement The use of copper slag as sand substitution improves the strength and durability characteristics of high strength concrete up to 50 replacement level AlJabri et al 2009 increased the compressive and flexural strength
the strength gains that can be realised when designing concrete with CS WCS for given strength at a specific age It durability section later in this paper Lee MH 2008 A study on the evaluation of the durability of concrete using copper slag aggregates Journal of the Korea Concrete Institute 20 6 773–784 Lee MH nbsp
Read quotA comparative study on the compressive strength prediction models for High Performance Concrete containing nano silica and copper slag using regression analysis and Artificial Neural Networks Construction and Building Materials quot on DeepDyve the largest online rental service for scholarly research with thousands of academic publiions available at your fingertips