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Experimental Study on Partial Replacement of Cement

ash CSA which in turn was used as pozzolana in partial replacement of cement in concrete production Concrete mortar cubes were produced using replacement levels of


CONCRETE BY PARTIAL REPLACEMENT OF FINE AGGREGATE WITH COPPER SLAG & CEMENT WITH EGG SHELLS both Class-C fly ash and BOF slag and of Class-C fly ash and EAF L slag showed excellent sand- and silt-sizes of copper slag In 2006 copper slag generation was estimated to be in 10-15 million metric ton Mt range in the U S and

Sakthieswaran N et al International Journal of Advanced

Copper slag was varied from 25 to 75% at an interval of 25% by the weight of sand The dosage of Super plasticizer used was 0 75% by the weight of cement and w/b ratio was 0 38

Mechanical and Durability Properties of RC Beams Using

Portland cement and sand Replacement of copper slag in bothfine aggregate and cement replacement reduces the cost of making concrete The results of compressive split fly ash as a partial replacement of cement on the durability International Research Journal of Engineering and Technology IRJET

Flexural behaviour of copper slag and fly ash concrete- A

The combined effect of copper slag and fly ash as a partial replacement of cement on flexural strength of concrete has been investigated the use of copper slag as partial replacement of aggregates in concrete 1 2 4 14 Fine aggregates were collected from Chakki River Pathankot It was coarse sand brown in color Specific gravity


Index Terms-Partial replacement copper slag cement concrete strength parameters observed that partial replacement of sand with copper slag has sound tensile and compressive stregth and it conference on fly ash silica fume slag andnaturalpozzolans in concrete SP 11482 pp 1677-95


sand is partially replaced by fly ash and copper slag determine the optimum content of copper slag and fly ash in mortar as partial replacement as fine aggregate and cement result of % replacement of fly ash and copper slag in mortar for 7 and 28 days curing Table 6 and 7 gives water absorption &

partial replacement of sand with copper slag and fly ash

partial replacement of sand with copper slag and fly ash 4 6 3844 Ratings The Gulin product line consisting of more than 30 machines sets the standard for our industry

Toc H Institute of Science & Technology Arakunnam

Effect of Copper Slag Fly Ash and Granite Power as a Partial Replacement in Fine Aggregate K Kayathri1 C Vigneshkumar2 M Gohila Rani3 plain concrete by the inclusion of above mentioned industrial waste as partial replacement of fine aggregate sand and it can be effectively used in structural concrete


thermal industry waste in concrete production as partial replacement of cement The use of fly ash in concrete formulations as a supplementary cementatious material was tested as an alternative to traditional concrete

Experimental Study on Concrete with Partial Replacement

The replacement of copper slag as sand attained high strength of at 40% replacement than conventional concrete further replacements also has increased strength The replacement of ceramic tiles alone will not have samples as a partial replacement of cement Fly ash was partially replaced in place of cement by the percentages of 10% 20%

International Journal of ChemTech Research vibrating sieve separator

Beyond 40% addition of copper slag as a partial replacement sand shows increase in strength and reduces the water absorption Segregation and bleeding effect of copper slag and fly ash mixed concrete and also increases the water absorption capacity 2

Effects of Copper Slag as Sand Replacement in Concrete

fly ash silica fume and slag are being used into construction industry as a partial replacement to the fine aggregate Similarly copper slag is a by-product from copper industry which can be used as a sand replacement

An Experimental Study on the Behaviour of Concrete by

An Experimental Study on the Behaviour of Concrete by Partial Replacement of Cement and Fine aggregate with Copper slag A Partial Replacement of Sand with Copper Slag Results 1 Slump Cone Test Effect of Fly Ash and Polymer on Compressive

Study of Strength Properties of Concrete by Partial

Partial Replacement with Fly Ash and Copper Slag in Cement And Fine Aggregate admixtures and copper slag as partial substitution of cement and sand individually In this description M30 assessment of concrete was designed and examinations were intended for

Performance of Concrete Properties by Partial Replacement

other cementations materials such as fly ash and slag cement coarse aggregate such as gravel limestone or granite fine aggregate such as sand or manufactured Utilization of Copper Slag as a Partial Replacement of Fine Aggregate in Concrete This study reports the Sand Copper slag

Index Terms IJSER

copper slag as partial replacement of aggregate to control the amount of bleeding to less than 5 l/m The pozzolanic activity of copper slag is similar to that of fly ash Further Roper et al 1983 reported that copper slag Granulated Copper Slag as a patial replacement for sand r

Recent Trends in Replacement of Natural Sand With

natural sand such as fly-ash quarry dust or limestone and siliceous stone powder filtered sand copper slag are used in concrete and mortar mixtures as a partial or full replacement of natural sand Chandana Sukesh et al

Vol 5 Issue 4 April 2016 Experimental Investigation of

Experimental Investigation of Partial Replacement of Fly Ash with Copper Slag in Cellular Light Weight Concrete R Gowri1 A V Karthick Rajeshwar2 KEYWORDS Cellular Light weight concrete Copper slag Fly ash Foaming Agent I It is mixed with water and materials such as sand gravel and crushed stone to make concrete Cement and

An Experimental Study on Partial Eplacement of Cement by

temperature fly ash has lime silica content as like cement and the properties of fly ash is similar to cement so the fly ash is used in concrete fly ash is a constituent material

Copper slag as sand replacement for high performance

Many industrial by-products and waste materials such as copper slag 6 fly ash 7 waste brick bottom ash 8 timber waste 9 ground granulated blast slag 10 were used as replacement of

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