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DOI: 10.14455/isec.res.2019.125 Corpus ID: 216626701; POTENTIAL UTILIZATION OF GRANITE WASTE WITH METAKAOLIN IN SUSTAINABLE CONCRETE @article{Sharma2019POTENTIALUO, title={POTENTIAL UTILIZATION OF GRANITE WASTE WITH METAKAOLIN IN SUSTAINABLE CONCRETE}, author={Ravi Kant Sharma and Trilok …
In comparison to nominal concrete, the tests revealed that presence of granite slurry had positive effect on the concrete's compressive strength upto 40% replacement for both the water cement ratios.
Years back investigators have investigated the use of granite slurry waste in concrete. Some of them adopted it as an alternative of fine aggregates in concrete and got quite good results of the resulting concrete properties [14-16]. While some of the researches was carried out to investigate the usage of granite slurry in
This research intends to use granite waste (GW) and fly ash as alternatives for fine aggregate and cement, respectively, for the sustainable production of self-compacting …
These replacement studies demonstrate that the granite slurry concrete will be economically cheaper and more sustainable. doi: 10.5829/idosi.ije.2016.29.05b.02 Received 04 January 2016 Received in revised form 18 March2016 Accepted 14 April 2016 Keywords: Concrete Granite Slurry Waste Compressive Strength Flexural Strength 1.
For example, the 10% slurry samples, both marble and granite, achieve 80% of the 28 days strength whereas the 20% marble and granite slurry samples, achieve 83% and 72% of the 28 days strength, respectively. 70 Compressive strength (MPa) 60 7 days 50 28 days 40 heat 30 salt 20 10 0 0 10 20 30 40 % slurry Figure 1: Compressive strength for ...
Cost reduction may be accomplished in a variety of ways. The utilisation of waste material as a granite slurry as cement and quartz stone as coarse aggregates. replacement is the most efficient of all the options accessible to us. Shelter is a basic necessity of all 7. To make a concrete by using granite slurry as humans.
Findings: It is shown that the granite slurry waste reduces the workability whereas compressive strength of granite concrete is improved when fine aggregate or cement is partially replaced. It has been also shown that the modified concrete performed well when level of F.A. by granite slurry waste is up to 15%.
Recent study is on combine effect of granite waste and fly ash on green concrete production. Experiments are produced on M50 concrete. Workability, compressive strength, flexural …
and Utilization in Concrete Bricks Article · January 2011 DOI: 10.7763/IJBBB.2011.V1.54 CITATIONS 25 READS 444 ... bricks, with granite slurry having a positive effect on cement
The waste powder produced during granite manufacturing has been a source of significant pollution and health hazards. The use of this waste powder in concrete has been studied by several researchers.
Coarse Aggregates: Well graded crushed dolomite with specific gravity of 2.57 and 1.8% absorption. Water: Ordinary municipal tap water was used in producing and curing process of the concrete mixtures. Granite slurry: A Granite slurry powder from a plant in Alexandria was used.
The results reveal that the waste can be used to replace about 60% of sand and 10% of cement in concrete. Similarly, the waste can replace 40% of clay in clay bricks without compromising the …
increases the compressive strength of the granite slurry concrete. This behavior is due to the chemical reaction between Ca(OH) 2 and metakaolin, which results in the formation of additional CSH gel. It is observed that the maximum compressive strength was found for the mix containing maximum utilization of metakaolin without granite slurry ...
granite slurry and geo-polymer concrete with river sand by using 2 numbers of LVDT during cyclic loading and compare load deflection behavior, ductility, stiffness degradation with geopolymer ...
Granite slurry: A Granite slurry powder was used, which was obtained from a plant from Alexandria from granite quarried from Aswan. 2.2 Mix Design The 7.5% slurry mix involved 493 kg of cement per m 3, 50 kg of granite slurry per m 3, 612 kg of fine aggregates per m 3, 998 kg of coarse aggregates per m 3 and 185 kg of water per m 3 .
Granite powder and industrial sand have been used in concrete as alternative materials suitable for concrete production. The primary role of this paper is to use marble dust, sandstone dust, fly ...
In this paper, Fine aggregate is replaced partially by granite powder in the proportion of 20%, 25% &30% by weight. The research highlights the compressive strength behavior of concrete cubes …
most critical drawbacks for their direct use [2]. Substituting the high volume of OPC with concrete ternary blend cement is used. One is slow responsive admixture (fly ash, blast furnace slag, etc.), and another one is highly responsive admixture (silica fume, metakaolin, etc.) [3]. The usage of high-volume fly ash concrete is one
Years back investigators around the world have investigated the use of granite slurry waste in partial cement replacement in concrete. They reported that replacement of cement by granite …
Marble and granite industry has grown significantly in the last decades with the privatization trend in the early 1990s, and the flourishing construction industry in Egypt. Accordingly, the amount of mining and processing waste has increased. Stone waste is generally a highly polluting waste due to both its highly alkaline nature, and its manufacturing and processing techniques, which …
For example, Hamza et al. [18] fabricated concrete bricks using CMs containing up to 40% granite slurry by weight; the bricks with the most favorable physical properties were obtained using a ...
Impact Assessment of Waste Granite Slurry in Construction Industries Application – A Review (IJSTE/Conf/NC-RMSCR /2017/001) 3 sand as fine aggregate. Based on economic analysis and results of tests, river sand replaced with 20% GF is recommended for use in the production of concrete for use in rigid pavement.
NBM Media, India‟s No1 Construction Portal 4. T. Felix Kala and P. Partheeban, "Granite powder concrete". Indian Journal of Science and Technology, Vol. 3 No. 3 (Mar 2010) pp 311-317 5. Hamza, K.K Aizboon, "Effect of using granite slurry in concrete", Construction and building materials, 10-2013, pp 1014-1020 6.
This present research was on the comparison of the efficacious use of basalt and granite as coarse aggregates in concrete work. In order to obtain the basis for comparison, physical and structural ...
The document discusses research into using granite slurry powder, a byproduct of granite manufacturing, as a partial replacement for fine aggregates in masonry production. Six mixes of cement bricks were prepared with granite slurry replacing fine aggregates at levels from 0-25%. Additional mixes at 2.5% and 7.5% replacement were also tested. The highest strength mixes …
DOI: 10.1016/J.BUILDENV.2005.09.018 Corpus ID: 108565914; RECYCLING OF STONE SLURRY IN INDUSTRIAL ACTIVITIES: APPLICATION TO CONCRETE MIXTURES @article{Almeida2007RECYCLINGOS, title={RECYCLING OF STONE SLURRY IN INDUSTRIAL ACTIVITIES: APPLICATION TO CONCRETE MIXTURES}, author={Nuno G. Almeida and …
The use of slurry in road works is not consensual. In fact, there are researches which attest that it is possible to use marble slurry in roadwork layers [8] which account for 25–35% of the total pavement thickness [19]. 3.2.7. Embankment As occurred in the pavements, opinions about the use of stone slurry in embankments are not unanimous.
Several researchers have worked on utilizing the use of this slurry powder byproduct in cement bricks. One of these works was done by Hamza et al (2011) who produced cementbricks with …
2.4 Granite Slurry Granite is well-known for its extensive use as a building stone around the world due to its extreme hardness and durability as well as its ease of availability. Granite, a material that has historically been mined, is extremely abundant in India and contributes significantly to the country's foreign
