Keywords: بتن پودر واکنشی; Reactive powder concrete; Barite proportion; Mechanical properties; Optimization; Simultaneously shielding neutrons and gamma rays;
مقالات ISI بتن پودر واکنشی (ترجمه نشده)
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Keywords: بتن پودر واکنشی; Carbon nanofiber; Reactive powder concrete; Mechanical properties; Piezoresistivity; Deicing performance;
Keywords: بتن پودر واکنشی; Cellular-automata; Reactive powder concrete; Chloride ion erosion; Freeze-thaw cycle; Chloride ion diffusion coefficient;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Nano-SiO2; Nano-TiO2; Nano-ZrO2; Wear resistance; Chloride penetration resistance;
Keywords: بتن پودر واکنشی; Lightweight; Reactive powder concrete; Expanded polystyrene bead; GGBFS;
Keywords: بتن پودر واکنشی; Concrete columns; Reactive powder concrete; FRP; Jacketing; Wrapping;
Keywords: بتن پودر واکنشی; Nano-zirconia; Reactive powder concrete; Heat curing; Mechanical properties; Reinforcing mechanisms;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Split Hopkinson pressure bar; Energy absorption; Dynamic stress-strain responses; Dynamic increase factor;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Nano boron nitride; Strength; Durability; Mechanisms;
Keywords: بتن پودر واکنشی; Steel reinforced concrete columns; Precast structures; Cyclic loading tests; Reactive powder concrete; Seismic performance;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Polypropylene fibers; Elevated temperature; Mechanical properties; Microstructure;
Keywords: بتن پودر واکنشی; Super-fine stainless wire; Reactive powder concrete; Strain-rate strengthening effect; Dynamic impact toughness; Constitutive model;
Keywords: بتن پودر واکنشی; Beams; Ductility; Crack width; Absorbed energy; Reactive powder concrete; Steel fibers;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Permeable pavement; High strength pervious concrete; Permeability coefficient; Prefabricated concrete pavement;
Keywords: بتن پودر واکنشی; Reactive powder concrete; high temperature; hot behavior; residual behavior; mechanical properties;
Keywords: بتن پودر واکنشی; Reactive powder concrete; high temperature; residual mechanical properties; ultrasonic pulse velocity; resonance frequency;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Steam curing; Autoclaving; Mechanical properties; Microstructure;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Nano-ZrO2; Strength; Electrical conductivity; Reinforcing mechanisms;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Micro steel fibre; Deformed steel fibre; Waste steel fibre; Hybrid steel fibre; Mechanical properties;
Keywords: بتن پودر واکنشی; Copper slag; Reactive powder concrete; Compressive strength; Vacuum mixing-heat treatment; Porosity; Pozzolanic activity;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Superabsorbent polymer; Shrinkage; Granulated blast furnace slag;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Hot air curing; Hot water bath curing; Accelerated curing; Microstructure;
Keywords: بتن پودر واکنشی; Reactive powder concrete; Steel wire mesh; Projectile penetration; DOP; Crater diameter;
Keywords: بتن پودر واکنشی; Recycled powder; Reactive powder concrete; Strength; Flowability; Shrinkage; Chloride penetration
Keywords: بتن پودر واکنشی; Reactive powder concrete; Thermal treatment; Pore size distribution; SEM; Interfacial transition zone;
Keywords: بتن پودر واکنشی; Short-cut super-fine stainless wire; Reactive powder concrete; Electrical resistivity; Piezoresistive response; Conductive mechanism
Keywords: بتن پودر واکنشی; Reactive powder concrete; Phosphorous slag powder; Strength; Durability; Microstructure; Sequential hydration effect
Keywords: بتن پودر واکنشی; Flexural failure; High-strength concrete; Impact; Reactive powder concrete; Shear failure
Keywords: بتن پودر واکنشی; Reactive powder concrete; Plastic fiber; Compressive strength; High temperature
Experimental investigation of CFRP confined hollow core Reactive Powder Concrete columns
Keywords: بتن پودر واکنشی; Reactive Powder Concrete; CFRP tube; Hollow columns; PVC tube;
Experimental research on concrete-filled RPC tubes under axial compression load
Keywords: بتن پودر واکنشی; Reactive powder concrete; Composite columns; Confinement; Hoop; Carrying capacity;
Reactive powder concrete reinforced with nano SiO2-coated TiO2
Keywords: بتن پودر واکنشی; Reactive powder concrete; SiO2-coated TiO2; Mechanical behavior; Microstructural analysis;
Performance evaluation of RPC exposed to high temperature combining ultrasonic test: A case study
Keywords: بتن پودر واکنشی; Reactive powder concrete; High temperature; Ultrasonic test; Compressive strength; Strength-ultrasonic velocity curve;
Influence of mixing method, speed and duration on the fresh and hardened properties of Reactive Powder Concrete
Keywords: بتن پودر واکنشی; Reactive Powder Concrete; Mixing method; Mixing speed; Mixing duration; Microstructure;
The properties of reactive powder concrete using PP fiber and pozzolanic materials at elevated temperature
Keywords: بتن پودر واکنشی; Reactive powder concrete; Spalling; PP fiber; Spalling protection;
Pull-out behavior of steel fiber embedded in flowable RPC and ordinary mortar
Keywords: بتن پودر واکنشی; Pull-out test; Bond characteristics; Reactive powder concrete; Steel fiber;
Compressive and tensile properties of reactive powder concrete with steel fibres at elevated temperatures
Keywords: بتن پودر واکنشی; Elevated temperature; Reactive powder concrete; Mechanical properties; Steel fibres; Hold time
The effect of autoclave pressure, temperature and duration time on mechanical properties of reactive powder concrete
Keywords: بتن پودر واکنشی; Reactive powder concrete; Autoclaving; Mechanical properties; Steel fiber; Silica fume; Microstructure
The effect of pre-setting pressure applied flexural strength and fracture toughness of reactive powder concrete during the setting phase
Keywords: بتن پودر واکنشی; Reactive powder concrete; Pre-setting pressure; Fibre; Flexural strength; Toughness
Compressive behaviour of hybrid fiber-reinforced reactive powder concrete after high temperature
Keywords: بتن پودر واکنشی; Reactive powder concrete; High temperature; Compressive properties; Steel fiber; Polypropylene fiber; Microstructure
Assessing drying shrinkage and water permeability of reactive powder concrete produced in Hong Kong
Keywords: بتن پودر واکنشی; Reactive powder concrete; Durability; Drying shrinkage; Water permeability; Hong Kong
Effect of pre-setting pressure applied to mechanical behaviours of reactive powder concrete during setting phase
Keywords: بتن پودر واکنشی; Reactive powder concrete; Pre-setting pressure; Fiber; Curing; Compressive strength
Short-term tensile creep and shrinkage of ultra-high performance concrete
Keywords: بتن پودر واکنشی; Curing; Fiber reinforcement; Reactive powder concrete; Self-healing; Thermal treatment
Fire performance of highly flowable reactive powder concrete
Keywords: بتن پودر واکنشی; Reactive powder concrete; Residual compressive strength; Fire endurance temperature; Weight loss
Mechanical properties of reactive powder concrete containing mineral admixtures under different curing regimes
Keywords: بتن پودر واکنشی; Reactive powder concrete; Fly ash; Ground granulated blast furnace slag; Silica fume; Toughness
Utilization of fly ash and ground granulated blast furnace slag as an alternative silica source in reactive powder concrete
Keywords: بتن پودر واکنشی; Reactive powder concrete; Fly ash; Ground granulated blast furnace slag; Silica fume
Measurement of the coefficient of thermal expansion of ultra-high strength cementitious composites using fibre optic sensors
Keywords: بتن پودر واکنشی; Fibre optic sensors; Fibre Bragg gratings; Thermal expansion; CTE; Reactive powder concrete
A preliminary study of reactive powder concrete as a new repair material
Keywords: بتن پودر واکنشی; Repair material; Retrofit; Bond strength; Freeze–thaw; Reactive powder concrete
Simultaneous measurement of shrinkage and temperature of reactive powder concrete at early-age using fibre Bragg grating sensors
Keywords: بتن پودر واکنشی; Fibre-optic sensor; Fibre Bragg grating; Reactive powder concrete; Early-age shrinkage; Temperature; Ultra-high strength concrete