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Sep 4 2020Five concrete mixtures containing 0% 5% 10% and 20% marble dust powder as cement replacement by weight basis has been prepared Water/cement ratio was kept constant in all the concrete mixes Compressive strength split tensile strength flexural strength of the concrete mixtures has been obtained at 7 and 28 days
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The potential use of waste recycled glass in concrete as recycled glass sand RGS and pozzolanic glass powder PGP was examined in this study No major difference was found in compressive strength of concrete with the presence of RGS as sand replacement While the compressive strength of concrete reduced by 16 and % at 28 and 364 days
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Cement Replacement in concrete with Marble Dust Powder Ms Ruchi Chandrakar1 Mr Avinash Singh2 1 ISO 9001 2024 Certified Journal Page 1410 Marble chips In this work aggregate impact value abrasion value and flakiness index value of marble chips was find out Table 4 Test result on marble chips 3 Test on In this study total 42 cubes were casted Marble dust in different
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Four types of mortar mixture with same workability cement to sand ratio of 1 3 and water to cementitious materials ratio of were prepared marble powder and silica fume used in mixes separately once as a partial replacement of cement content and another as an addition to the mix proportion Replacement and addition ratio of both marble powder and silica fume with cement content separately
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The main results of this paper appeared that the cement and sand can be partially replaced by marble dust and brick powder in the concrete mixture and it has achieved the optimum percentage
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marble powder for production Several replacement for sand together with marble powder as additive by 5 10 Opportunities for Marble Powder Waste as an EcoFriendly Use in In present research real processed marble powder is not available and this makes manufacturing of good quality of concrete very difficult
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This growth is clearer with the increase in the rate of marble waste sand The density values increase from kg/m 3 for the reference mortar to and kg/m 3 for the mortars containing 5 10 15 and 20% The increase in the density of the mortar to 15% of marble waste sand is around %
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Besides water‐based tests were adopted to examine durability performance Results from the study indicate an enhancement in abrasion resistance and a substantial reduction in permeability for blended concrete than control concrete Optimum replacement levels were found to be 20% for bagasse ash and 25% for marble mining powder
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Leaving the waste materials to the environment directly can cause environmental problem Hence the reuse of waste material has been emphasized Partial replace…
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The percentage of granite powder added by weight was 0 25 50 75 and 100% as a replacement of the sand used in concrete and cement was partially replaced with 7·5% silica fume 10% fly ash 10% slag and 1% superplasticiser The water to binder w/b ratio was 0·40 The effects of curing water temperature at 26 and 32°C for 1 7 14 28 56
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1 day agoThe purpose of the research is to predict the compressive and flexural strengths of the concrete mix by using waste marble powder as a partial replacement of cement and sand based on the experimental data that was acquired from the laboratory tests In order to accomplish the goal the models of Support vector machines Support vector machines
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The aim of Cement and Concrete Research is to publish the best research on the materials science and engineering of cement cement composites mortars concrete and other allied materials that incorporate cement or other mineral binders In doing so the journal will focus on reporting major results of research on the properties and performance of cementitious materials novel experimental
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of Metakaolin and Marble powder addition as shown in fig 9 4 The optimum percentage for replacement of cement with Metakaolin and Marble powder was 9% and 10 % respectively for both cubes and cylinders After 9%MK 10% MP compressive strength as well as split tensile strength starts decreasing 5 There is decrease in strength after 9%
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Rai B and Naushad K 2024 Marble Powder Concrete International Journal of Engineering Sciences Research IJESR 3 68 Akshay and Naghathan 2024 Experimental Investigation of Waste Quarry Stone Dust as the Partial Replacement of Sand in Concrete Production International Journal of Advanced Technology in Civil Engineering 3
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74 Value added usage of granular steel slag and milled glass in concrete production by 26% and flexural strength of concrete by 10% Iqbal et al 2024 Similarly the use of silica fume in concrete not only improves the workability but also increases its compressive strength by % Srivastava et al 2024 The glass powder abundantly produced industrial waste with almost 130 million
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same replacement proportion and prolonged curing for 84 days the gap in strength reduction was reduced by 5% However a significant decrease in workability was noted between the control concrete samples and glass powder infused concrete Furthermore the Waste Glass Powder Concrete WGPC exhibited an improved flexural strength with the
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Cement With Marble Powder Partial Replacement Know More May 08 2024 0183 32 BEHAVIOUR OF CONCRETE BY PARTIAL REPLACEMENT OF CEMENT AND SAND WITH MARBLE POWDER AND QUARRY DUST Duration 4 03 Civil Engineering 6 018
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The seven variant concrete mixtures were made by partially replacing marble powder up to 15% in place of sand cement and amalgam were evaluated for the mechanical strength ultrasonic velocity UPV carbonation and microstructure analysis Marble powder exhibited no function in hydration process moreover it acts as a filler Optimal replacement was noticed with 10% sand and 10% cement
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Corinaldesi et al have reported that 10% substitution of sand by the marble powder in the presence of a super plasticizing admixture provided maximum compressive strength at the same workability level 1 The mechanical properties of concrete are enhanced and the percentage air content is decreased for up to 15% replacement of marble slurry in
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The utilization of marble powder improves the splitting tensile strength on replacement of cement and sand compared to control mix whereas increase in marble powder up to 15 increases tensile strength as indicated in fig 7 the 20 marble powder content is observed to be the optimum as sand and cement replacement amalgam for achieving the
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Besides water based tests were adopted to examine durability performance Results from the study indicate an enhancement in abrasion resistance and a substantial reduction in permeability for blended concrete than control concrete Optimum replacement levels were found to be 20% for bagasse ash and 25% for marble mining powder
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The second set consists of partial replacement of cement with glass while the third set consist of partial replacement of sand with waste marble Instead of mixing procedure is initiated the
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Ergun A Effects of the Usage of Diatomite and Water Marble Powder as Partial Replacement of Cement on the Mechanical Properties of Concrete Constr Build Mater 2024 25 806 812 [Google Scholar] Yilmaz B Hocaoglu E Fly Ash and Limestone in Diatomite Blended Portland Cement Adv Cem Res 2024 23 151 159
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Results indicate that the limestone powder as sand replacement significantly improves the fresh and hardened properties of SCRM with a content ranging from 10 to 15% The use of limestone powder in repair mortar and concrete application would offer technical economical and environmental advantages for concrete producers
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[1] O M Omar G D Abd Elhameed M A Sherif and H A Mohamadien Influence of limes tone waste as partial replacement material for sand and marble powder in concrete properties HBRC Journal Vol 8 pp 193 203 May 2024 to be published
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as partial replacement of cement in concrete Specific gravity of marble powder is Glass powder The specific gravity of glass powder is Locally available waste glass powder is used as a partial replacement for fine aggregate Aggregates What is the best replacement for cement in Concrete Concrete without cement is possible
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Performance of Using Waste Glass Powder In Concrete As Know More Performance of Using Waste Glass Powder In Concrete As Replacement Of Cement glass that mixed with color were it is very expensive to produce new glass and even all the black and green glass bottles car windshield glass for cathode ray tubes glass for liquid crystal panels glass building materials It undergoes
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maximum compressive strength at the same workability The mechanical properties of concrete are enhanced and the percentage air content is decreased for up to 15% replacement of marble slurry in place of The addition of granite powder and marble powder enhanced the flexural and compressive strength of concrete The
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International Journal of Enhanced Research in Science Technology aims at the investigation of properties of concrete with waste marble powder and granules and sand individually and 30% against combined cement and sand using marble waste in the production of concrete by partial replacement of cement
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Several researchers have studied the possibility of incorporating marble waste as a replacement for concrete For example Kore and Vyas [ 9] replaced natural aggregates with marble waste aggregate in ordinary concrete with a water/cement ratio equal to
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