Concretes Using Artificial Sand

Erdal009 prediction of the compressive strength of vacuum processed concretes using artificial neural network and regression techniques. sci res essay 41010571065. google scholar 14. mohammed tu, rahman mn 2016 effect of types of aggregate and sandtoaggregate volume ratio on upv in concrete.

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  • Journal Of Material Science And Technology Research, 11

    Journal Of Material Science And Technology Research, 11

    Limestone sand and 80 of river sand by weight, and the coarse aggregate was the river gravel. they were obtained from natural source. the specific gravity of crushed limestone sand, river sand and river gravel was 2.43, 2.65 and 2.71, respectively. their physical properties and sieve analysis results are presented in table 2. commercially.

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  • Modeling The Effect Of Crude Oil Impacted Sand On The

    Modeling The Effect Of Crude Oil Impacted Sand On The

    A network of the feedforwardtype artificial neural networks anns was used to predict the compressive strength of concrete made from crude oil contaminated soil samples at 3, 7, 14, 28, 56, 84, and 168 days at different degrees of contamination of 2.5, 5, 10, 15, 20 and 25.otal of 49 samples were used in the training, testing, and prediction phase of.

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  • What Are The Differences Between Artificial Sand And

    What Are The Differences Between Artificial Sand And

    Since the amount of sand making machine is falling and more and more policies are set to protect the natural sand, the market for artificial sand that is, sand and gravel aggregates processed by industrial sand making machines such as sand making machines and impact crushers has shown great potential and vitality. especially in recent years, the demand.

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  • Artificial Sand What Is It And How To Make It | Fote

    Artificial Sand What Is It And How To Make It | Fote

    Artificial sand, also called crushed sand or mechanical sandand, refers to rocks, mine tailings or industrial waste granules witharticle size of less than 4.75 mm. it is processed by mechanical crushing and sieving. in china, the artificial sand was mainly used in the construction of hydropower systems.

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  • Durability Studies Concerning Permeability On High

    Durability Studies Concerning Permeability On High

    In this present work, developed optimum mix of m80 grade high strength concrete using fully replacement of artificial sand as fine aggregate and fly ash, silica fume as supplementary cementaneous.

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  • Often Asked How To Lay Artificial Turf On Concrete

    Often Asked How To Lay Artificial Turf On Concrete

    Place adhesiveglue on the concretes surface approximatelyhe entire length of section. slowly roll sectionown on the glued surface. useater roller and slowly roll the top of the synthetic turf over the glued area. follow these steps for the next 4of glue down until you have reached the end of section 1.

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  • Technical Viability Of Selfcompacting Concretes With By

    Technical Viability Of Selfcompacting Concretes With By

    Evaluated also was the effect of replacingf the cement by silica fume in the concretes with artificial sand. the only parameter set for grain structure was the ratio of bagg, which in this case was 13. the scope of the present research is limited to some mechanical properties. other properties like those related to durability and long.

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  • What Is Concrete Composition Amp Types Of Concrete Civil

    What Is Concrete Composition Amp Types Of Concrete Civil

    Concrete, an artificial stonelike mass, is the composite material that is created by mixing binding material cement or lime along with the aggregate sand, gravel, stone, brick chips, etc., water, admixtures, etc in specific proportions. the strength and quality are dependent on the mixing proportions. the formula for producing concrete.

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  • An Investigation Into The Use Of Manufactured Sand As A

    An Investigation Into The Use Of Manufactured Sand As A

    Workable concretes were produced using manufactured sand as the sole fine aggregate at different wc ratios. the presence of clays in manufactured sands can beimiting factor in their use in concrete applications where high.

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  • Effect Of Sand Content On The Workability And Mechanical

    Effect Of Sand Content On The Workability And Mechanical

    The objective of this study is to examine the workability and various mechanical properties of concrete using artificial lightweight aggregates produced from expanded bottom ash and dredged soil. fifteen concrete mixes were classified into three groups with regard to the designed compressive strengths corresponding to 18 mpa, 24 mpa, and 35 mpa. in each.

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  • Pdf Prediction Of Compressive Strength Of Concrete

    Pdf Prediction Of Compressive Strength Of Concrete

    Henceforth, an attempt has been made in the present study to use artificial neural network for predicting the compressive strength of concrete made up with two different cement types i.e. portland pozzolana cement ppc and portland slag cement psc with manufactured sand and natural sand as aggregate for four different watercement wc ratios i.e. 0.45, 0.50, 0.55.

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  • Highperformance Alkaliactivated Cement Concretes For

    Highperformance Alkaliactivated Cement Concretes For

    Filtration coefficient of the alkaliactivated cement concretes made using aggregates containing up to 15 of clay, at the initial test ages, due to its slow interaction with alkaline activators, remained rather high0ms. however, afterear it has decreased by 57 times, afterears by 20 times.

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  • Comparison Between Ultrahighperformance

    Comparison Between Ultrahighperformance

    Concretes were prepared using basalt with two particle sizes in the ranges of 510 mm and 1016 mm as coarse aggregate, the mass proportion of which was 37. its physical properties are listed in table 1. artificial sand was used as fine aggregate, obtained by crushing limestone. its physical properties are given in table 2.

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  • Prediction Of Rubberized Concrete Properties Using

    Prediction Of Rubberized Concrete Properties Using

    In the experimental study as cement cem iibp 32.5, 04 mm granulated sized washed sand from riverbed, 116 and 131.5 mm granulated sized crushed stone, tap water and as rubber 01 fine and 14 mm coarse grained and divided into two different grain sizes aggregates were used.

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  • Beachrock Formation Mechanism Using Multiproxy

    Beachrock Formation Mechanism Using Multiproxy

    The idea of creating artificial beachrocks in vulnerable beaches as an ecofriendly coastal sustainable application is to zero the comissions as this methodology does not involve concrete, energyless consuming, and this method uses natural energy sources by using local sand in situ, thus achieving the reduction of building materials.

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  • Why Air Entraining Agents Enable The Use Of Crushed Sand

    Why Air Entraining Agents Enable The Use Of Crushed Sand

    However, there isay to reduce the negative effects of artificial sand and make its use economically viable. especially in concretes without natural sand, one solution is to use concrete additives that reduce the friction between the particles. two examples are air entraining agents and water reducers.

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  • Pdf Using An Artificial Neural Network To Validate And

    Pdf Using An Artificial Neural Network To Validate And

    Predicting properties of concretes with curing days and temperature using artificial neural networks anns. to this end, waste were used in rccp at.

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  • Kr100951032b1 Composition Of Soilpolymercement

    Kr100951032b1 Composition Of Soilpolymercement

    Soilpolymercement concrete using the polymer cement concrete principle according to the present invention in order to achieve the above technical problem 1070 parts by weight of aggregate, 1040 parts by weight of sand, 1050 parts by weight of soil, 520 parts by weight of cement parts, 120 parts by weight of an aqueous polymer solution.

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  • Prediction Of The Compressive Strength Of Vacuum

    Prediction Of The Compressive Strength Of Vacuum

    Processed concretes using artificial neural network and regression techniquessel erdal gazi university, technical education faculty, construction department, 06500, teknikokullar, ankara, turkey. email merdalgazi.edu.tr. tel 90 312 2028870. fax 90 312 2120059 accepted 28 august, 2009.

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  • Artificial Sand

    Artificial Sand

    The slabs, using artificial sand, are more leak proof than by river sand. noways, in construction of roads, buildings, dams, canals, etc., cement concrete plays an important role. concrete is an artificial stone resulting from hardening of rationally chosen mixture of binding.

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  • Pdf Prediction Of The Compressive Strength Of

    Pdf Prediction Of The Compressive Strength Of

    Prediction of the compressive strength of vacuum processed concretes using artificial neural network and regression techniques november 2009.

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  • How To Install Fake Grass On Concrete

    How To Install Fake Grass On Concrete

    Usingrails, nail down one side of the turf. space nails out approximatelyround the perimeter and seams and aboutrom the edge. nail the turf approximately 18pacing in the middle. why do you brush sand into artificial grass?

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  • Artificial Sand Provides Green Solutions For The

    Artificial Sand Provides Green Solutions For The

    The eufunded smartsand project developed lypors, an advanced engineered, artificial sand material manufactured from fly ash for use in the construction industry. it isuperior and costeffective alternative to natural sand, crushed stones and lightweight fine aggregates, for use in the manufacture of advanced building material.

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  • Effect Of Foundry Sand And Glass Fibres In Concrete Using

    Effect Of Foundry Sand And Glass Fibres In Concrete Using

    Effect of foundry sand and glass fibres in concrete using artificial neural network tensile and flexural strength were evaluated for the concrete manufactured using foundry sand and glass fibres using analytical approach. m. f., schankoski, r. a., amp prud ncio jr, l. r. 2019. novel applications of waste foundry sand in conventional.

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  • Development Of High Strength Concrete Using Artificial

    Development Of High Strength Concrete Using Artificial

    Artificial sand of grading zoneii as per is 3831987 was used. physical properties of river and artificial are shown in table 2. details of sieve analysis for natural and artificial sand carried out, shown in table 3. table 2. physical properties of river and artificial sand. properties of specifkrishana river sand artificial sand walawa, sangli.

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  • Concrete Compressive Strength Using Artificial Neural

    Concrete Compressive Strength Using Artificial Neural

    Erdal009 prediction of the compressive strength of vacuum processed concretes using artificial neural network and regression techniques. sci res essay 41010571065. google scholar 14. mohammed tu, rahman mn 2016 effect of types of aggregate and sandtoaggregate volume ratio on upv in concrete.

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  • Effect Of Sand Fines And Watercement Ratio On

    Effect Of Sand Fines And Watercement Ratio On

    From sand using dry sieving figure 1. during this stage, the sand was first spread and dried in air for some days and sieved with the 600ieve. sand passing through the 600as further sieved with the 75ieve where the sand particles passing through this sieve were collected for replacement of the sand content in concrete.

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  • Prediction Of Compressive Strength Of Concrete Using

    Prediction Of Compressive Strength Of Concrete Using

    Of concretes prepared with two different cement types i.e. ppc and psc with manufactured sand and natural sand as aggregate for four different watercement wc ratios have been undertaken using an artificial neural network ann. the predicted strength was compared with that obtained in the laboratory for the same.

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  • Applied Sciences | Free Fulltext | Mechanical

    Applied Sciences | Free Fulltext | Mechanical

    The paper shows the results of an experimental tests campaign carried out on concretes with recycled aggregates added in substitution of sand. sand, in fact, has been totally replaced once by blastfurnace slag and fly ashes, once by blastfurnace slag and microsilica. the aim is both to utilize industrial byproducts and to reduce the use of artificial aggregates,.

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  • Leroy Et Al, 106 0 Journal Of Architectural I 03061107

    Leroy Et Al, 106 0 Journal Of Architectural I 03061107

    Afterully replacement by artificial sand atays and 3.98 at 28 days. recently in 2015, chijioke chiemela et al.resented the results of an experiment carried out to compare the compressive strength of concrete made with river sand and quarry dust as fine aggregates. river sand was fully replaced in the concrete.

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