Keywords: بتن ژئوپلیمر; Geopolymer concrete; Tension-stiffening; Crack width; Crack spacing; Fly ash; Granulated lead smelter slag;
مقالات ISI بتن ژئوپلیمر (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: بتن ژئوپلیمر; Bond characteristics; Geopolymer concrete; Rebar; High temperature; Pull-out test;
Keywords: بتن ژئوپلیمر; Recycled aggregate; High calcium fly ash; Metakaolin; Geopolymer concrete;
Keywords: بتن ژئوپلیمر; FGC; Fly ash-based Geopolymer concrete; PSD; Particle size distribution; SEM; Scanning Electron Microscopy; Alkali-activated fly ash concrete; Fly ash source; Average particle size distribution (PSD); Silica fume activating solution; Microstructure; Geopo
Keywords: بتن ژئوپلیمر; Alccofine; Geopolymer concrete; Workability; Compressive strength; Split tensile strength; Flexural strength;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Sea sand; Microstructure; Cebelcor cyclic; Half-cell potential test;
Keywords: بتن ژئوپلیمر; Microencapsulated phase change materials; Geopolymer concrete; Thermal diffusivity; Energy efficiency; Thermal conductivity;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Mix design; Micro-encapsulated phase change materials; Compressive strength; Microstructure;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Aluminosilicates; Alkaline activators; Hydration;
Keywords: بتن ژئوپلیمر; Spent garnet; Garnet; Geopolymer concrete; Self-compacting concrete; Sand;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; GGBS; RHA; Compressive strength; Sorptivity; Chloride permeability;
Keywords: بتن ژئوپلیمر; Microencapsulated phase change materials; Geopolymer concrete; Thermal performance; Implicit method; Finite differences;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Fly ash; GGBS; Mix design; Chemical attack;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Granite fines; Stress-strain characteristics; Proposed models; Regression analysis;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Bond strength; Fly ash; Steel reinforcement; Alkaline activator;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Ambient cured; Columns; Steel fibre; Ductility;
Keywords: بتن ژئوپلیمر; Shear behaviour; Geopolymer concrete; Lightweight aggregate concrete; Fibre reinforced concrete; Mechanical properties;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Alkali activated slag; Recycled concrete aggregate; Ambient temperature; Sustainable material;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Demolished concrete lumps; Axial loading; Short columns;
Keywords: بتن ژئوپلیمر; geopolymer concrete; fly ash; self-activating; waste management; low embodied energy; high-calcium wood ash; low alkalinity;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Portland cement concrete; Micro-encapsulated phase change materials; Compressive strength; Microstructure;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Fracture; Digital image correlation; Crack opening displacement; Crack extension length;
Keywords: بتن ژئوپلیمر; Fly ash; Nano silica; Geopolymer concrete; Structural performance; Micro structure;
Keywords: بتن ژئوپلیمر; Ambient curing; Flexural strength; Fly ash; Geopolymer concrete; Modulus of elasticity;
Keywords: بتن ژئوپلیمر; Microencapsulated phase change materials; Portland cement concrete; Geopolymer concrete; Specific heat capacity; Latent heat; Thermal conductivity;
Keywords: بتن ژئوپلیمر; Durability; Fly ash; Lead smelter slag; OPC concrete; Geopolymer concrete;
Keywords: بتن ژئوپلیمر; Waste foundry sand; Concrete; Geopolymer concrete; Strength; Permeability;
Keywords: بتن ژئوپلیمر; Composite beams; Sustainable construction; Friction-grip bolt; Geopolymer concrete; Finite element model; Steel and composite structures;
Keywords: بتن ژئوپلیمر; Strength properties; Fly ash; Geopolymer concrete; Glass fibre; Pozzolans;
Keywords: بتن ژئوپلیمر; Green concrete; High-volume fly ash concrete; Ultra-high performance concrete; Lightweight concrete; Geopolymer concrete;
Keywords: بتن ژئوپلیمر; Concrete; Geopolymer concrete; Carbon footprint; Life cycle greenhouse gas emissions; Hybrid LCA; Input-output analysis;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Fly ash; Compressive strength; Bond strength; Flexural strength;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Polyvinyl alcohol fiber; High temperature; Mechanical properties;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Alkali activated slag; Recycled concrete aggregate; Flexural behavior;
Keywords: بتن ژئوپلیمر; FGC; fly ash-based geopolymer concrete; FGC-silica fume; FGC with silica fume in the activating solution; FGC-sodium silicate; FGC with sodium silicate in the activating solution; SEM; scanning electron microscopy; Alkali-activated fly ash concrete; Geopo
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Fly ash; Drying shrinkage; ITZ; Impact
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Fly ash; Additional water; Chemical admixture; Molarity; Alkaline solution;
Keywords: بتن ژئوپلیمر; Steel furnace slag aggregate; Geopolymer concrete; Low calcium fly ash; Shrinkage; ITZ;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Heat-cured Portland cement concrete; Stress-strain model; Modulus of elasticity;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Low-calcium fly ash; Durability; Corrosion
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Modulus elasticity; Poisson’s ratio; Stress–strain relation; Indirect tensile strength; Finite element model; Elastic theory
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Structural properties; Reinforced concrete
Keywords: بتن ژئوپلیمر; Pull out test; Ultimate bond strength; Compressive strength; Variability; Geopolymer concrete
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Transport properties; Durability; Sorptivity; Resistivity;
Keywords: بتن ژئوپلیمر; Activator solution; Compressive strength; Fly ash; Geopolymer concrete; Mix design; AAS; Alkaline Activator Solution; AAS/FA; Alkaline Activator Solution to Fly Ash; GPC; GeoPolymer Concrete; NaOH; Sodium hydroxide; Na2SiO3; Sodium silicate; SSD; Saturate
Keywords: بتن ژئوپلیمر; Recycled aggregate; High calcium fly ash; Geopolymer concrete; Mechanical properties; Durability;
Keywords: بتن ژئوپلیمر; Palm oil fuel ash; Blended cement concrete; Aerated concrete; Geopolymer concrete; Compressive strength; Durability;
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Recycled concrete; Concrete recycling
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Water immersion; Dynamic mechanical properties; Rate sensitivity
Keywords: بتن ژئوپلیمر; Geopolymer concrete; Mix design; Composite beam; Infill; Structural performance; Railway sleepers