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Replacement Of Sand By Using Ggbs Project Literature Review

  • Experimental Investigation on Partial Replacement of

    Experimental Investigation On Partial Replacement Of

    sand with natural sand is carried out to determine the optimum percentage of replacement at which maximum compressive strength is achieved. In literature review, it is observed that when natural sand is partially replaced with 60% quarry sand maximum strength is achieved. The composition of 22.5% GGBS 7.5% RHA with 60% of quarry sand gives good strength results.


    A Study On Partial Replacement Of Cement With

    replacement of natural sand by quarry sand and 1.5 % dosage of mixture. Split tensile strength of concrete, when cement is replaced with 40% of GGBS 60% of quarry dust for maximum dosage of mixture.Flexural strength will be max, if 30% of cement by GGBS 60% of quarry sand as constant replacement for fine aggregates.

  • Experimental Study On Hybrid Fibre Concrete With Using

    Experimental Study On Hybrid Fibre Concrete With Using

    2.3 LITERATURE ON REPLACEMENT OF CONCRETE WITH GGBS AND M SAND AndriyaAnnal and Priya Rachel Did study on high performance concrete using GGBS and M sand, for which concrete grade of M20 was considered with water cement ratio of 0.38. The GGBS has been varied into three proportions 30%, 40% and 50% with 100% of river sand replaced by M sand.

  • Partial Replacement of Cement with GGBS in Concrete

    Partial Replacement Of Cement With Ggbs In Concrete

    50% for GGBS concrete respectively for M20 grade concrete of OPC cement and crushed sand. This report shows that tensile strength also gives good performance for 20%, 30 % and 40% replacement which is more than normal plain concrete. Yasutaka SAGAWA, Daisuke Yamamoto and Yoshikazu HENZAN in a study concluded that the specimens which include

  • Experimental Behaviour of High Performance Concrete

    Experimental Behaviour Of High Performance Concrete

    The research aim is to study the effect of using GGBS and M-sand in high performance concrete. ... later we underwent many literature review based on that we choose how to work on this and then we estimated the cost of the materials and it is ... the 25% of replacement of GGBS in cement gives the high flexural strength value, if the percentage ...

  • 2021 JETIR January 2021 Volume 8 Issue 1

    2021 Jetir January 2021 Volume 8 Issue 1

    prevail over these problems, use of waste materials like Ground Granulated Blast Furnace Slag (GGBS), crushed sand and Alccofine can be used in Concrete. II. LITERATURE REVIEW A.C. Saoji et.al.1 (2013) The author investigated on Effect of Alccofine on Self Compacting Concrete. The study explores the use of the alccofine powder


    High Strength Concrete Using Ggbs And Nano Tio

    replacement by GBS, GGBS, nano TiO 2. Hence in the present investigation more emphasis is given to study the HPC using GBS, GGBS and nano TiO 2 so as to achieve better concrete composite. LITERATURE REVIEW Maria Kaszynska investigated that hydration heat of cement was carried out in the calorimeter, in adiabatic conditions. K.

  • Ground granulated blast furnace slag ggbs

    Ground Granulated Blast Furnace Slag Ggbs

    May 26, 2016 Literature Review Sr. No. Title Author Conclusion 1 Flexural behaviour of reinforced concrete beams with partial replacement of GGBS S.P.Sangeetha and P.S Joanna(2014) American journal of engineering Research (AJER) e- IS,Issue-01, pp- 119-127 1.

  • Abstract


    Aug 07, 2021 Concrete Using GGBS LIST OF TABLE Table 2.1 Literature Review 1 20 Table 2.2 Literature Review 2 21 Table 2.3 Literature Review 3 22 Table 2.4 Literature Review 4 23 Table 2.5 Literature Review 5 24 Table 3.2.1 Properties of cement 27 Table 3.2.2 Properties of Fine aggregate 27 Table 3.2.3 Properties of coarse aggregate 28

  • Comparative Study on the Effect of Concrete using Eco Sand

    Comparative Study On The Effect Of Concrete Using Eco Sand

    Oct 28, 2014 project, the use of eco sand, weathered crystalline rock sand and GBS as replacement for the fine aggregate in concrete is studied. MATERIALS USED. Cement. The cement used for the work is DALMIA OPC 53 grade cement. Weathered Crystalline Rock Sand. Weathered Crystalline Rocks are metamorphic rocks seen in the tropical areas like Kerala.

  • An experimental study on high performance concrete

    An Experimental Study On High Performance Concrete

    The main aim of this project is to study the properties and durability characteristics of fresh and hardened concrete using fly ash, GGBS and replacement of fine aggregate with foundry sand in high performance concrete of M60 grade. Objectives To achieve the desire strength in high performance concrete.

  • Partial Replacement of Cement with GGBS in Self

    Partial Replacement Of Cement With Ggbs In Self

    GGBS 0 105 126 147 168 Fly Ash 105 105 105 105 105 Coarse Aggregate(12.5 mm) 1012 1012 1012Fly ash 1012 1012 Fine aggregate 815 Crushed stone sand(CSS) 360 360 360 360 360 Water 210 210 210 210 210 -5 SCC Acceptance Criteria for Fresh Properties Table -6 Test results on Fresh SCC Mixes % of Replacement % of GGBS 0% 25% 30% 35%

  • Literature Review on Influence of Different Mineral

    Literature Review On Influence Of Different Mineral

    International Journal of Innovative and Emerging Research in Engineering Volume 3, Issue 4, 2016 53 II. Literature Review B.H.V. PAI ET AL. 20141 This paper is based on investigational results of concrete sample casted with use of Ordinary Portland Cement, Silica Fumes (SF), Ground Granulated Blast Furnace Slag (GGBS), river sand having

  • Experimental Study on Self Compacting Concrete with

    Experimental Study On Self Compacting Concrete With

    Using the above proportions the fine aggregate (sand) was replaced by granite powder and cement was replaced with GGBS completely, additionally 4% of the GGBS content was added with three different chemicals (4% of Na Content) used for binding separately and compared in this project. Methodology

  • Evaluation of Strength Characteristics of Pavement

    Evaluation Of Strength Characteristics Of Pavement

    We cast the cubes with replacement of 10%, 20%, 30% of GGBS, carried out to determine optimum percentage of replacement of cement by GGBS at which max. compressive, flexural strength, is achieved. In 2nd phase cement is replaced by 10%, 20%, 30% 60%, 80% 100% of natural sand by manufactured sand. Compaction is done by using a 5))


    A Study On Partial Replacement Of Cement

    1. To study the fresh properties and to assess the compressive strength of SCC using egg shell powder (ESP), a waste material, as partial replacement for cement. 2. To compare the fresh and hardened properties of the concrete when 100% natural sand is used as fine aggregate, with the same when 50% is replaced with steel slag sand. Methodology 1.

  • Glass Power As Cement Final year projects in

    Glass Power As Cement Final Year Projects In

    in the concrete manufacturing is increasing day by day, the utilization of river sand as fine aggregate leads to exploitation of natural resources, lowering of water table, sinking of the bridge piers, etc as a common treat. Attempts have been made in using crushed glass

  • Use of GGBS Concrete Mixes for Aggressive

    Use Of Ggbs Concrete Mixes For Aggressive

    Specimens containing cement replacement levels of 0 %, 50% and 70% with ground granulated blast-furnace slag (GGBS) were tested along with a sulfate resisting Portland cement mix. The materials used for this investigation were locally sourced and consisted of sand, CEM II-A/L

  • A Research on study Behaviour of Concrete by Partial

    A Research On Study Behaviour Of Concrete By Partial

    literature indicates that these have tended to be relatively limited particularly in the application of ternary cement and high addition levels in concrete systems. Thus, this project describes a study performed on the strength parameters of GGBS-based ternary concrete, strength in compression, strength in tension and flexural strength.


    Study On Strength Properties Of Concrete

    STUDY ON STRENGTH PROPERTIES OF CONCRETE USING GGBS AND STEEL FIBER AS PARTIAL REPLACEMENT OF CEMENT DHANYA R 1, ARASAN G.V 2*, GANAPATHY RAMASAMY 2 1Assistant professor, Department of civil engineering, SRM University, Chennai, India 2Post-graduate, Department of civil engineering, SRM University, Chennai, India (Received 17 June, 2017 accepted


    Influence Of Ggbs And Eco Sand In Green Concrete

    From this it is clear that GGBS sand can be used as an alternative to natural sand from the point of view of strength. Use of GGBS upto 75% can be recommended. Mahesh Patel (2013) investigated the characteristics of M35 concrete with partial replacement of cement with GGBS and sand with crusher sand. Compressive Tensile strength tests were ...

  • Effect of GGBS and Fly ash aggregates on properties of

    Effect Of Ggbs And Fly Ash Aggregates On Properties Of

    ggBS determined in the laboratory by using the density bottle method whereas the specific gravity of fine aggregate (sand), coarse aggregate (Wca and cca) determined in the laboratory by using the pycnometer. figure 1 shows that the particles present in class C

  • Experimental Study on Partial Replacement of Cement

    Experimental Study On Partial Replacement Of Cement

    produced using replacement levels of 0 and 5 percent of OPC with CSA. The Coconut Shell ash is used for the partial replacement of cement. Further, use of coconut shell ash as a value added material as in the case of binary blended cement concrete, reduces the consumption of cement.

  • Ground Granulated Blast Furnace Slag Conclusion

    Ground Granulated Blast Furnace Slag Conclusion

    GGBS A sustainable material for Green building construction GGBS blended concrete have been used successfully in concrete for many years in many countries throughout the world. From all the available technical literature it is suggested that there are potentially many technical benets to be gained from using the GGBS.

  • PDF Study of Macro level Properties of SCC using GGBS

    Pdf Study Of Macro Level Properties Of Scc Using Ggbs

    REVIEW OF LITERATURE Published literature on self-compacting concrete first appeared in 1989, and has been increasing significantly since that time, reflecting the amount of research and practical applications taking place. A vast research is going on the use of various waste materials that can replace cement in self compacting concrete.

  • An experimental studies of geopolymer concrete

    An Experimental Studies Of Geopolymer Concrete

    Jan 01, 2021 In contrast to grade control concrete M40, cement replacement by weight of Flyash and GGBS shows better results in hardened concrete characteristics as compressive resistance and tensile strength. A strong increase in split tensiles and reinforced fibre geopolymer concrete in the use of binder fly-ash GGBS was greater than compressive strength.


    Performance Study On Ggbs Concrete With

    Certified that this project report entitled Performance study on GGBS concrete with partial replacement of fine aggregates by robo sand submitted by Praveen Pandey (41400010) student of Civil Engineering Department of LOVELY PROFESSIONAL UNIVERSITY, Phagwara, Punjab who carried out the project work under my supervision.


    Partial Replacement Of Cement With Ggbs And

    LITERATURE REVIEW However, wild and khatib reported results on strength ... while sabir el al (2006) carried out the review regarding the use of the claimed clays and metakaolin as Pozzolanas for concretes. Further the compressive tests on the GGBS ... that by the partial replacement of cement with GGBS and sand with ROBO SAND. III. Ground ...

  • Experimental Study on Various Effects of Partial

    Experimental Study On Various Effects Of Partial

    details on use of GGBS and eco sand as partial replacement by weight of cement and sand at 0%, 10%, 20%, 30%, and 40%. Fresh concrete tests and hardened concrete tests like compressive strength test, split tensile strength and flexural strength was carried out. Result shows that 20% replacement of eco sand and 30% replacement of GGBS gives ...


    Partial Replacement Of Cement By Ggbs And

    GGBS Ground granulated blast furnace slag is in white colour and is free from lumps. Tests conducted on GGBS are initial and final setting time and normal consistency. Fine aggregate Artificial fine aggregates were obtained from crusher plant. The sand used for this project was locally procured and conformed to grading zone II as per IS 383-1970.


    Evaluation Of Dynamic Elastic Modulus Of

    GGBS is used as partial replacement of Cement at the range varying from 10% to 60% by weight. The UPV of GGBS Roller ... made using unwashed M-sand without modifying the sand. ... Literature Review Wen Shi You, Li Xi Bing 17 conducted an experimental

  • An Investigation on SCC with Partial Replacement of

    An Investigation On Scc With Partial Replacement Of

    Further, study of its durability will ensure greater dependability in its usage. So here in this project, manufactured sand has been used as replacement of fine aggregate by different percentage for making concrete of M- 25 and M-30. The percentage replacement will be 0%, 10%, 20%, 30%, 40%, 50% with natural fine aggregates.

  • GGBS PPT SlideShare

    Ggbs Ppt Slideshare

    Mar 14, 2016 LITERATURE REVIEW o K V Manjunath ,Himanshu Shekhar ,Manish Kumar ,Prem Kumar and Rakesh Kumar (2012) studied and carried out test to stabilize black cotton soil using GGBS and concluded that the use of GGBS had enhanced the engineering properties of the black cotton soil and had increased the stability of the soil and Unconfined Compressive ...

  • Utilization of ground granulated blast furnace slag as

    Utilization Of Ground Granulated Blast Furnace Slag As

    May 21, 2014 The use of common supplementary cementitious materials such as fly ash and ground granulated blast furnace slag (GGBS) as partial cement replacement significantly reduces the CO 2 emission, especially at high level of replacement. The concrete with high volume of GGBS can easily be produced with cement replacements up to 70 %.

  • The Experimental Study on Compressive Strength of

    The Experimental Study On Compressive Strength Of

    2) To check and reduce the quantity of cement in manufacture of concrete using the industrial waste GGBS to partial replacement cement. 3) To check compressive strength of concrete with partial replacement (50%) of cement using GGBS. 4) To check compressive strength of concrete using percentage variation of alkali resistant glass fibers

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