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      Human Computer InteractionStructural EngineeringWeb DesignConcrete
Nowadays, the usage amount of the concrete is increasing drastically. The construction industry is a huge consumer of natural consumer. It is also producing the huge wastage products. The usage of concrete has been charged to be not... more
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      Sand Cement BrickCompressive StrengthFine Aggregate
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      EngineeringChemistryDentistryCalcium
At Centralised Waste Management Facility (CWMF) 160m3 of radioactive chemical sludge, generated from treatment of several batches of category-II and category-III radioactive liquid wastes by chemical precipitation method was stored in... more
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      Process ControlWaste ManagementCompressive StrengthMass Transport
The purpose of this study was to analyze, in an animal model, the histologic and biomechanical phenomena at the bone-implant interface of implants inserted with high torque (HT) as compared to low torque (LT) during the first 6 weeks of... more
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      DentistryBiomedical EngineeringWound HealingOsseointegration
... In the case of cement paste containing up to 20% replacement of bentonite together with 4% CW ... 3. YM Zhang, W. Sun and HD Yan, Hydration of high-volume fly ash cement pastes. ... 4. M. Cheriaf, JC Rocha and J. Pera, Pozzolanic... more
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      Civil EngineeringMaterials ScienceCompressive StrengthBuilding
The main aim of the environmental protection agencies and the government are to seek ways and means to minimize the problems of disposal and health hazards of by-products. Some of the industrial by-products have been successfully used in... more
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      EngineeringCompressive StrengthCivil/Structural EngineeringCopper Slag
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      Materials EngineeringMechanical EngineeringRapid PrototypingCompressive Strength
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      Compressive StrengthFly AshExperimental StudySpecific Gravity
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    • Compressive Strength
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      EngineeringSoftware EngineeringMicrostructureCompressive Strength
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      Biomedical EngineeringCompositesDental MaterialsPolymerization
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      Compressive StrengthCarrying CapacityExperimental Data
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      SpineHumansCompressive StrengthClinical Sciences
High strength cements can be synthesised by alkali activation of materials rich in Al2O3 and SiO2. In this study, amorphous aluminosilicate polymers produced by sodium silicate activation of metakaolinite were studied, with particular... more
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      EngineeringMaterials ChemistryCompressive StrengthCHEMICAL SCIENCES
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      Civil EngineeringMaterials ScienceCompressive StrengthSilica
Purpose: The aim of this study was to determine effect of compressive cyclic loading on fatigue resistance and microleakage of monolithic CAD/CAM molar ceramic and composite crowns. Materials and Methods: Thirty-two extracted molars were... more
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      Materials ScienceDentistryProsthodonticsComputer Aided Design
Stress distribution in human tooth structure can be visualized through the use of Moiré fringes, which has improved the clinical understanding of recently identified anatomical structures in molar occlusal surfaces. This article discusses... more
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      Materials ScienceDentistryMedicineElasticity
Geopolymer is now a more advanced alternative to cement and available substitute for OPC while graphene nanoplatelets (GnP) are new nanomaterials with extraordinary properties that can enhance and improve the strength of cementitious... more
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      Materials ScienceGrapheneGeopolymer ConcreteCompressive Strength
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      Materials EngineeringMaterials ScienceBiomedical EngineeringChitosan
Curing techniques and curing duration have crucial effects on the strength and other mechanical properties of mortars. Proper curing can protect against moisture loss from fresh mixes. The objective of this experimental work is to examine... more
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      Civil EngineeringReinforced Concrete StructuresCompressive StrengthBuilding
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      NursingFractureDogsInjury
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      Mechanical EngineeringOpticsAnalytical ChemistryMedical Imaging
The aim of the study was to assess, compare and evaluate the adhesive strength and compressive strength of different brands of glass ionomer cements to a ceramometal alloy. (A) Glass ionomer cements: GC Fuji II (GC Corporation, Tokyo),... more
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      Silicon CarbideCompressive StrengthBond StrengthSurface treatment
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      ArchitectureCompressive StrengthBuildingBuilding Environment
Simulated spent clinoptilolite was immobilised in a monolithic glass composite wasteform (GCM) produced by a pressureless sintering for 2 hours at relative low temperatures 750 deg. C. The GCM utilises the high durability of alkali... more
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      Compressive StrengthProcess SimulationEnergy Dispersive X-Ray AnalysisMicrostructures
Brick is the oldest building material. It is a standard sized weight bearing unit. The earliest bricks were dried which are formed from clay or mud. During 2007 the new fly ash bricks were created using by products from coal plants. A... more
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      Compressive StrengthFly Ash BricksCement and GGBS
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      ArchitectureAutoclaved Aerated ConcreteCompressive StrengthBuilding
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      Materials EngineeringMechanical EngineeringMicrostructureManufacturing
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      Sustainable DevelopmentSustainable ConstructionCompressive StrengthProduct Development
This paper investigated the influence of ground granulated blast furnace slag (GGBS) on the setting time and compressive strength of one-part geopolymer binders (OPGB). Powdered sodium metasilicate activator was utilized in the range of... more
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      Compressive StrengthSetting TimeGeopolymer
This paper investigates the effect of latex modified systems and combination of latex and polypropylene fibre on the performance of concrete. In this study, the polypropylene fibre volume fraction and the amount of added latex, are varied... more
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      Compressive StrengthFlexural StrengthAbrasion Resistance of PC ConcreteSplitting Tensile Strength
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      Civil EngineeringMaterials ScienceCompressive StrengthBuilding
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      Neural NetworkHigh FrequencyWavelet TransformCompressive Strength
The permeability and strength of pervious concrete depend on the particle sizes and proportions of the constituent materials of which the concrete is made of. In this paper, structural property and permeability of pervious concrete made... more
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      Materials SciencePorosityPermeabilityCompressive Strength
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      PediatricsAdolescentQuality ControlCardiac arrest
Rice husk ash (RHA) has been used as a highly reactive pozzolanic material to improve the microstructure of the interfacial transition zone (ITZ) between the cement paste and the aggregate in high-performance concrete. Mechanical... more
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      Civil EngineeringComputer SimulationCompressive StrengthBuilding
In this investigation, structural type mortars reinforced with corn fibers were elaborated; these fibers were previously treated with flaxseed oil and paraffin, cut to lengths of 1, 2 and 5 cm, and weighed, in order to obtain a ratio of... more
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      Compressive StrengthFlexural StrengthReinforcement mortarCORN FIBER
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      Atomic Force MicroscopyMethodsHumansCompressive Strength
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      Research DesignComputer Aided DesignResponse Surface MethodologyExperimental Design
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      Materials EngineeringMaterialsLinear ModelCompressive Strength
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      Civil EngineeringNondestructive testingRecycled MaterialsCompressive Strength
SUMMARY Disc-shaped specimens are frequently tested in order to establish an understanding of the properties of ceramic material. In this study three-dimensional finite element stress analysis has been used to investigate the loading... more
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      DentistryBiomedical EngineeringFinite Element AnalysisPorosity
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      Biomedical EngineeringCell linePorosityMice
In this study, the strength development and lechability aspects of metal-contaminated soil treated with ordinary portland cement (OPC) were investigated. The soil was collected from a scrap metal yard within the outskirts of Kuala Lumpur,... more
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      Southeast AsiaMalaysiaLeachingEurasia
Fly ash is generated in large measures, especially by thermal power plants. A great batch of inquiry has been channeled out for efficient utilization of fly ash in the structure industry. Use of fly ash in manufacturing brick is one such... more
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      SoilCompressive StrengthFly AshWater Absorption
Thirty concrete mixes of differing water-binder ratio containing 0, 10, 20, 30, 40 and 50 % laterite as a partial replacement for sand were used to prepare laterized concrete specimens for the study of the effect of nonstandard curing... more
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      Materials ScienceCompressive StrengthControl Method
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      EngineeringConcreteMaterialsSustainable Building Materials
This paper investigates the applicability of artificial neural network model for strength prediction of fibers' self-compacting concrete under compression. The available 99 experimental data samples of fibers self-compacting concrete were... more
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      Artificial Neural NetworksCompressive StrengthFiber Reinforced ConcreteSelf-compacting Concrete
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      Civil EngineeringAnchoringCompressive StrengthLarge Scale