Keywords: خاکستر سوخت روغن نخل; BBCB; binary blended cementitious binder; HCFA; high calcium fly ash; LDPA; Laser Diffraction Particle Analyser; LOI; loss on ignition; MDD; maximum dry density; OMC; optimum moisture content; OPC; Ordinary Portland cement; POFA; palm oil fuel ash; PSD; p
مقالات ISI خاکستر سوخت روغن نخل (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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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: خاکستر سوخت روغن نخل; Fibre reinforced concrete; Waste metalized plastic fibres; Palm oil fuel ash; Durability performance; Drying shrinkage;
Keywords: خاکستر سوخت روغن نخل; POFA; Palm oil fuel ash; G-POFA; Ground palm oil fuel ash; T-POFA; Treated palm oil fuel ash; U-POFA; Ungrounded POFA; Palm oil fuel ash; Heat treatment; Microstructure; Pozzolanic reaction; Cement replacement;
Keywords: خاکستر سوخت روغن نخل; LWAC; Lightweight aggregate concrete; NWAC; Normal weight aggregate concrete; VPV; Volume of permeable voids; RCPT; Rapid chloride penetration test; SEM; Scanning electron microscopy; XRD; X-ray diffraction; EDX; Energy dispersive spectroscopy; SS; Sewage
Keywords: خاکستر سوخت روغن نخل; POFA; palm oil fuel ash; U-POFA; ungrounded palm oil fuel ash; G-POFA; ground palm oil fuel ash; T-POFA; treated palm oil fuel ash; MT-POFA; modified treated palm oil fuel ash; Palm oil fuel ash; Sustainability; Waste materials; Self-compacting concrete;
Keywords: خاکستر سوخت روغن نخل; Sustainable concrete; Waste metalized plastic fibres; Palm oil fuel ash; Impact resistance; Mechanical properties;
Keywords: خاکستر سوخت روغن نخل; Concrete composites; Waste carpet fibres; Palm oil fuel ash; Strength; Transport properties;
Keywords: خاکستر سوخت روغن نخل; Fiber reinforced concrete; Concrete degradation; Waste carpet fibers; Palm oil fuel ash; Acid attack; Sulfate attack;
Keywords: خاکستر سوخت روغن نخل; acid; canal; palm oil fuel ash; pozzolanic material; strength;
Keywords: خاکستر سوخت روغن نخل; Thermal conductivity; Residual strength; Polymer fibre; Palm oil fuel ash;
Keywords: خاکستر سوخت روغن نخل; Fibre reinforced concrete; Waste carpet fibre; Palm oil fuel ash; Impact resistance; Mechanical properties;
Keywords: خاکستر سوخت روغن نخل; Waste management; Global warming; Palm oil fuel ash; Cement concrete; Durability;
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; High-strength green concrete; Durability; Fineness; Hot weather concreting;
Keywords: خاکستر سوخت روغن نخل; Green concrete composites; Elevated temperatures; Waste carpet fibers; Palm oil fuel ash; Microstructure; Residual properties;
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Metakaolin; Ground granulated blast furnace slag; Palm oil clinker; Oil palm shell; Lightweight structural geopolymer concrete;
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Metakaolin; Cement; Ternary blend; Sulphuric acid;
Keywords: خاکستر سوخت روغن نخل; Green concrete composites; Waste carpet fibers; Palm oil fuel ash; Durability performance;
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Oil palm shell; Durability; Sustainable concrete; Waste materials;
Keywords: خاکستر سوخت روغن نخل; Foamed concrete; Geopolymer; Oil palm shell; Palm oil fuel ash; FESEM; EDX; X-ray diffraction; FTIR
Keywords: خاکستر سوخت روغن نخل; Waste carpet fiber; Palm oil fuel ash; Physical and mechanical properties; Green concrete production;
Keywords: خاکستر سوخت روغن نخل; Self-compacting concrete; Palm oil fuel ash; Durability; Mechanical properties; Microstructure; Shrinkage;
Keywords: خاکستر سوخت روغن نخل; Concrete cost; Greenhouse gases; Self-compacting concrete; Sustainability: treated palm oil fuel ash; POFA; palm oil fuel ash; G-POFA; ground palm oil fuel ash; T-POFA; treated palm oil fuel ash; SF; Slump flow; JF; J-ring flow; ÆCR; reduction in compres
Keywords: خاکستر سوخت روغن نخل; Self-compacting; Concrete; Workability; Palm oil fuel ash; Fly ash; Heat of hydration;
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Blended cement concrete; Aerated concrete; Geopolymer concrete; Compressive strength; Durability;
Keywords: خاکستر سوخت روغن نخل; Microstructure; Palm oil fuel ash; Mortar strength; High volume; Hydration temperature;
Keywords: خاکستر سوخت روغن نخل; Concrete; High volume; Palm oil fuel ash; Elevated temperature; Residual weight; Residual strength
Keywords: خاکستر سوخت روغن نخل; Sulfate-attack; Geopolymer; Alkaline activated binder; Slag; Palm oil fuel ash; Durability
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; High volume; Elevated temperature; Cooling regime; Residual performance
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Alkali activation; Curing temperature; Geopolymer binder;
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Ground granulated blast-furnace slag; Oil palm shell; Mechanical properties; Geopolymer lightweight structural concrete; Carbon footprint
Keywords: خاکستر سوخت روغن نخل; Compressive strength; Materials characterization; Calcium-silicate-hydrate; Palm oil fuel ash; Granulated blast-furnace slag; Sodium silicate; Geopolymers;
Keywords: خاکستر سوخت روغن نخل; Masonry block; Waste material; Palm Oil Fuel Ash
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Efficient pozzolan; Central composite design; Ultimate flexural strength; Ultimate tensile strength
Keywords: خاکستر سوخت روغن نخل; Geopolymer; Fly ash; Compressive strength; Palm oil fuel ash; Microstructure; Elevated temperature
Keywords: خاکستر سوخت روغن نخل; Flow characteristics; Self-consolidating mortar; Palm oil fuel ash; Pulverised burnt clay; Relative flow area
Keywords: خاکستر سوخت روغن نخل; Energy efficient building; Lightweight aggregate foamed concrete; Geopolymer; Oil palm shell; Palm oil fuel ash; Structural and insulating concrete; Thermal conductivity
Keywords: خاکستر سوخت روغن نخل; Geopolymer; Palm oil fuel ash; Compressive strength; Taguchi method;
Keywords: خاکستر سوخت روغن نخل; Shrinkage; Alkaline activated binder; Palm oil fuel ash; Steel slag; Mortar; Paste
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; POFA; Alkali activation; Geopolymer binder
Keywords: خاکستر سوخت روغن نخل; Geopolymer; Fly ash; Compressive strength; Palm oil fuel ash; Microstructure;
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Lightweight foamed concrete; Strengths; Compressive toughness; Thermal conductivity;
Keywords: خاکستر سوخت روغن نخل; Soil stabilization; Palm oil fuel ash; Clayey soil
Optimisation of EMI shielding effectiveness: Mechanical and physical performance of mortar containing POFA for plaster work using Taguchi Grey method
Keywords: خاکستر سوخت روغن نخل; Plastering work; Palm oil fuel ash; Taguchi Grey method; Electromagnetic interference;
The present state of the use of palm oil fuel ash (POFA) in concrete
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Chemical and physical properties of concrete; Compressive strength and durability; CO2 emissions; Environment friendly materials;
Engineering properties and fracture behaviour of high volume palm oil fuel ash based fibre reinforced geopolymer concrete
Keywords: خاکستر سوخت روغن نخل; Palm oil fuel ash; Metakaolin; Geopolymer concrete; Fibre reinforced concrete; Aspect ratio; Fracture energy; Flexural toughness;
The effect of nano silica on short term drying shrinkage of POFA cement mortars
Keywords: خاکستر سوخت روغن نخل; Nano silica; Palm oil fuel ash; Drying shrinkage; Mortar
Heat of hydration of blended cement containing treated ground palm oil fuel ash
Keywords: خاکستر سوخت روغن نخل; Heat of hydration; Palm oil fuel ash; Unburned carbon; Superplasticizer
Effect of W/B ratios on pozzolanic reaction of biomass ashes in Portland cement matrix
Keywords: خاکستر سوخت روغن نخل; Pozzolanic reaction; Biomass ash; Rice husk–bark ash; Palm oil fuel ash; Thailand
Flexural performance of green engineered cementitious composites containing high volume of palm oil fuel ash
Keywords: خاکستر سوخت روغن نخل; Flexural performance; Green engineered cementitious composite; Palm oil fuel ash; Flexural deflection capacity; Deflection hardening behaviour; Multiple cracking
Assessing the effect of biomass ashes with different finenesses on the compressive strength of blended cement paste
Keywords: خاکستر سوخت روغن نخل; Rice husk ash; Palm oil fuel ash; Amorphous; Hydration reaction; Filler effect; Pozzolanic reaction