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Jan 01, 2018#0183;#32;Therefore the increased water requirement in the concrete may also be owing to this characteristic of the WMP. When the WMP compares to river sand that is used for the concrete, the particle of the sand is smoother (Khyaliya et al., 2017). Utilization of waste marble powder/dust in concrete
The compressive strength of concrete mix containing 20% replacement of fine aggregate by marble powder shows maximum strength than that of control concrete, which is
Feb 15, 2015#0183;#32;Top#231;u et al. found that using up to 200 kg/m 3 of marble powder in selfcompacting concrete optimizes the performance of the mixes. Hebhoub et al. [2] showed that the use of waste marble powder to replace sand in ratios up to 75% leads to an increase in the compressive strength of concrete.
concrete containing marble powder is more durable than reference concrete (Geso lu et al., 2012; Belaidi et al., 2012). Hameed et al. (2012) reported that selfcompacting concrete produced with marble powder is the innovative concrete. Marble powder is also used to increase the strength and durability of construction materials, such as paving
Jan 01, 2016#0183;#32;Marble dust concretes (replacement ratio of marble dust is 15%) very stable than other [7] Conventional Concrete As fine aggregate (2550 100)% Concrete mix produced by river sand as fine aggregate The durability of Green concrete (mixing of marble and quarry rock dust) under sulphate is higher to that of conventional concrete. [8]
Based on the test results, they concluded that when the percentage of marble powder added in concrete increases, the compressive strength and flexural strength of concrete also increase. Akshay C. Sankh et al. (2009) [3] stated that there is a need to find the new alternative material to replace the river sand, such that excess river erosion
bility of the marble dust instead of very fine sand passing through a mm sieve at proportions of 0, 25, 50 and by weight on the concrete. In this way, we will help to protect the environment by consuming the waste marble dust obtained as a by product of marble sawing and shaping processes in the factories those operating in
Corinaldesi et al. mentioned that high fineness of marble powder is proved to be very effective in assuming very good cohesiveness of mortar and concrete. They further showed that marble powder had a very high Blaines fineness value of about m 2 /g with 90% of particles passing through 50 m sieves and 50% under 7 m.
Effect of Marble Powder on the Properties of SelfCompacting Sand Concrete The Open Construction and Building Technology Journal, 2011, 5: 2529 Bouziani Tayeb, Benmoun Abdelbaki, Bederina Madani, Lamara Mohamed Laboratoire des Mat#233;riaux Min#233;raux et Composites LMMC, Universit#233; Mhamed Bougara de Boumerdes, 35000 Algeria.
Pea gravel, river sand, and fly ash: Curing time: Compressive strength, flexural strength (i) Authors proposed an optimized mix based upon their study as that containing 10% resin, 45% pea gravel, 32% sand, and 13% fly ash. (ii) Polymer concrete achieves 80% of its strength after curing of one day, when compared to sevenday curing period.
Workability of control concrete mixture and blended concrete mixtures incorporating marble powder with cement, sand and amalgam of cement amp; sand was measured at 10% and 15% proportions. As per IS: [40], the workability was evaluated for the cement/binder concrete
Cement is used as the binding material to bind the sand and fly ash together. In the compressive strength test performed, the strength of TYPE3 (55% fly ash, 30% sand and 15% cement) brick was N/mm 2, which was the highest, followed by TYPE5 (60% fly ash, 25% sand and 15% cement) brick with strength N/mm 2 .
May 10, 2016#0183;#32;Corinaldesi et al. (2010) reported that using of 10% marble powder (MP) as sand replacement in mortar is better than being used as cement replacement material. Moreover, the use of superplasticizer is necessary to compensate the high water demand of
The concrete industry is among the largest consumer of raw materials. Limestone fillers are generally used in concrete. As marble stone is of limestone origin marble is formed by metamorphism of limestone. The effect of addition of nonpozzolans powder waste from marble industry is studied for its suitability in SCC.
Common river sand is expensive due to excessive cost of transportation from natural sources. Also largescale depletion of these sources creates environmental problems. As environmental transportation and other constraints make the availability and use of river sand less attractive, a substitute or replacement product for concrete industry needs to be found.
River Sand 1430 Table2. Chemical characteristics of marble sludge powder, quarry rock dust, river sand and Portland cement. Sample Fe 2O 3
The fine aggregate will typically consist of natural sand, crushed stone sand, crushed gravel sand stone dust or arable powder, fly ash, and broken brick (burnt clay). It will be hard, durable, chemically inert, clean and free from sedimentary coatings, organic materials, etc. and will not contain any appreciable amount of clay shells or
QUIKRETE#174; Marble Sand is a fine grit sand intended for blending with cementitious materials for creating a plastering or mortaring material. In general, slabs are produced using a concrete, such as QUIKRETE#174; Concrete Mix #1101, and are typically 4 inches thick. QUIKRETE#174; Concrete Mix is preblended and only requires the addition of water.
This study therefore consists in recovering this type of waste (discarded powder subject to weather changes) as sand in partial replacement of dune sand in the formulation of sand concrete with percentages of 5, 10, 15 and 20 %, by studying the behavior of these concretes in the fresh state (workability, density and occluded air) and the
Marble stone slurry waste has been utilised as primary aggregate in concrete also marble sludge powder waste as a substitutes for natural sand in concrete [10, 11]. Marble waste has also been used
Study of Properties of Concrete using Marble Powder . LITERATURE REVIEW Nitisha Sharma studied the properties of Waste Marble Powder as a Partial Replacement in Cement Sand Mix This was done by replacing cement by a percentage of marble powder Four basic concrete mixes were considered When cement is replaced with marble powder up to 10 weight high strength concrete was achieved
Nov 02, 2020#0183;#32;Experimental investigations were conducted to study the chemical, physical, mechanical and fresh property of concrete containing marble waste and scoria. Marble: scoria ratios of 2:1, 1:1, and 1:2 was used and then the combined fraction of both marble waste and scoria in concrete was increased from 33 to 67 and .
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