Keywords: فیبر پلی پروپیلن; Cementitious composites; Polypropylene fiber; Tensile strength; Flexure; Ductility;
مقالات ISI فیبر پلی پروپیلن (ترجمه نشده)
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Keywords: فیبر پلی پروپیلن; Shrinkage-reducing agent; Polypropylene fiber; Ceramsite concrete; Self-shrinkage; Drying shrinkage;
Keywords: فیبر پلی پروپیلن; Steel fiber; Polypropylene fiber; Hybrid composite; Monotonic and cyclic tests; Structural tests; Mechanical behavior;
Keywords: فیبر پلی پروپیلن; Concrete beams; PVA fiber; Polypropylene fiber; ECC materials; Fiber reinforced concrete; Non-linear finite element analysis (NLFEA);
Keywords: فیبر پلی پروپیلن; Concrete filled steel tube (CFST); Steel fiber; Polypropylene fiber; Fiber hybridization; Axial compression; Ductility;
Keywords: فیبر پلی پروپیلن; Unconfined compressive strength; Reinforced soil; Polypropylene fiber; Genetic programming; Strength improvement factor;
Keywords: فیبر پلی پروپیلن; Tunnel; Shotcrete; Fiber reinforced concrete; Seismic response; Steel fiber; Polypropylene fiber;
Keywords: فیبر پلی پروپیلن; Partially hydrated recycled aggregate concrete (PHRAC); Polypropylene fiber; Compressive strength; Tensile strength; Bond strength; t-Test analysis; Cost analysis;
Keywords: فیبر پلی پروپیلن; Split Hopkinson pressure bar; Basalt fiber; Polypropylene fiber; Impact-resistance properties; Strain-rate sensitivity;
Keywords: فیبر پلی پروپیلن; Recycled steel fiber; Industrial steel fiber; Polypropylene fiber; Mechanical properties; Impact resistance; Two-parameter Weibull; Optimization procedure;
Keywords: فیبر پلی پروپیلن; Polypropylene fiber; Basalt fiber; Freeze-thaw cycles; Resilient modulus cohesive force;
Keywords: فیبر پلی پروپیلن; Alkali-activated slag; Polypropylene fiber; High-performance concrete; Mechanical properties; Strain hardening;
Keywords: فیبر پلی پروپیلن; Gypsum stabilized adobe; Marble dust; Polypropylene fiber; Compressive strength; Flexural strength;
Keywords: فیبر پلی پروپیلن; Self-compacting concrete; Glass-containing concrete; Polypropylene fiber; Tensile strength; Simultaneous effects;
Keywords: فیبر پلی پروپیلن; Wet-mix shotcrete; Polypropylene fiber; Fiber breakage; Taguchi method; Optimal mix proportion;
Keywords: فیبر پلی پروپیلن; Gypsum-based composites; Reinforced gypsum; Polypropylene fiber; Synthetic graphite; Isostatic graphite filler;
Keywords: فیبر پلی پروپیلن; Polypropylene fiber; Carbon nanotube; Nanocomposites; Crystallization; Mechanical properties;
Keywords: فیبر پلی پروپیلن; High-velocity impact; Fiber-reinforced concrete; Polypropylene fiber; Local failure;
Keywords: فیبر پلی پروپیلن; Biochar; Polypropylene fiber; Adsorption; Permeability; Strength;
Keywords: فیبر پلی پروپیلن; Autoclaved aerated concrete; Thermal conductivity; Polypropylene fiber; Carbon fiber; Basalt fiber; Glass fiber;
Keywords: فیبر پلی پروپیلن; Steel fiber; Polypropylene fiber; Compressive strength; Spalling; Post-cracking;
Keywords: فیبر پلی پروپیلن; Ultra-high strength concrete; Spalling resistance; Polypropylene fiber; Rapid heating; Rapid cooling; Mechanism
Keywords: فیبر پلی پروپیلن; Fiber reinforced concrete; Plastic shrinkage; Water permeability; Gas permeability; Polypropylene fiber;
Keywords: فیبر پلی پروپیلن; Surface free energy; Hydrophobisation; Ultra-high performance concrete; Steel fiber; Polypropylene fiber;
Keywords: فیبر پلی پروپیلن; Polypropylene fiber; Rice husk ash; Nano-Al2O3; Compressive and flexural strength; Water absorption; Drying shrinkage;
Keywords: فیبر پلی پروپیلن; Autoclaved aerated concrete; Carbon fiber; Polypropylene fiber; Basalt fiber; Glass fiber; Compressive strength; Flexural strength; Microstructure
Keywords: فیبر پلی پروپیلن; Concrete pipe; Recycled crumb rubber; Rubberized concrete; Steel fiber; Polypropylene fiber; Hybrid fiber reinforcement; Pipe strength;
Keywords: فیبر پلی پروپیلن; Flexible concrete pipe; Thin walled concrete pipe; Flexible pipe; Polypropylene fiber; Pipe stiffness; Three edge bearing test; Parallel plate test
Keywords: فیبر پلی پروپیلن; Polypropylene fiber; Irradiation grafting; p-Chloromethylstyrene; Anion exchange fiber; Sugar decolorization;
Tekcrete Fast®: Fiber-reinforced, rapid-setting sprayed concrete for rib and surface control
Keywords: فیبر پلی پروپیلن; Sprayed concrete; Coal mine; High strength concrete; Polypropylene fiber;
Assessment of Na2SiO3 to NaOH ratio impact on the performance of polypropylene fiber-reinforced geopolymer composites
Keywords: فیبر پلی پروپیلن; Geopolymer concrete; Metakaolin; Polypropylene fiber; Concrete durability; Monomer ratios; Microstructure properties;
Physical and mechanical properties of gypsum-based composites reinforced with PVA and PP fibers
Keywords: فیبر پلی پروپیلن; Gypsum-based composites; Polyvinyl alcohol fiber; Polypropylene fiber; Kinetics of hydration; Flexural strength; Toughness; Microstructure;
Improving the shear performance of reinforced concrete beams made of recycled coarse aggregate
Keywords: فیبر پلی پروپیلن; Recycled coarse aggregate; Shear strength; Curing methods; Polypropylene fiber; Shear design; Codes and standard;
Reduction of bromate from water by zero-valent iron immobilized on functional polypropylene fiber
Keywords: فیبر پلی پروپیلن; Micro-sized zero-valent iron (mZVI); Polypropylene fiber; Bromate; Carboxyl groups; Coordination
Mechanical behavior of self-compacting concrete pavements incorporating recycled tire rubber crumb and reinforced with polypropylene fiber
Keywords: فیبر پلی پروپیلن; Self-compacting concrete; Rubber; Polypropylene fiber; Mechanical properties;
The effects of pozzolanic binders and polypropylene fibers on durability of SCC to magnesium sulfate attack
Keywords: فیبر پلی پروپیلن; SCC; Pozzolanic binder; Polypropylene fiber; Sulfate attack;
Optical and structural properties of thermally treated iPP fibers: Effect of strain rate
Keywords: فیبر پلی پروپیلن; Polypropylene fiber; Birefringence; Stretching speed; Annealing;
Surface modification of polypropylene fiber for hydrophilicity enhancement aided by DBD plasma
Keywords: فیبر پلی پروپیلن; Polypropylene fiber; Plasma treatment; SEM; X-ray diffraction
Laboratory study on the effect of polypropylene fiber on durability, and physical and mechanical characteristic of concrete for application in sleepers
Keywords: فیبر پلی پروپیلن; Polypropylene fiber; Concrete sleeper; Durability; Rapid chloride penetration test; Water penetration; Sorptivity; Compressive strength; Splitting tensile strength; Three-point flexural strength
Flexural durability of FRP bars embedded in fiber-reinforced-concrete
Keywords: فیبر پلی پروپیلن; Fiber reinforced concrete; Fiber reinforced polymers; Flexure; Durability; Ductility; Polypropylene fiber
Splitting strength of GGBFS concrete incorporating with steel fiber and polypropylene fiber after exposure to elevated temperatures
Keywords: فیبر پلی پروپیلن; GGBFS concrete; Steel fiber; Polypropylene fiber; High temperature; Splitting strength
Compressive behaviour of hybrid fiber-reinforced reactive powder concrete after high temperature
Keywords: فیبر پلی پروپیلن; Reactive powder concrete; High temperature; Compressive properties; Steel fiber; Polypropylene fiber; Microstructure
Mechanical properties of hybrid fiber reinforced lightweight aggregate concrete made with natural pumice
Keywords: فیبر پلی پروپیلن; Lightweight concrete; Pumice; Steel fiber; Polypropylene fiber; Hybrid fiber; Workability; Ductility; Toughness
Influence of fibers on flexural behavior and ductility of concrete beams reinforced with GFRP rebars
Keywords: فیبر پلی پروپیلن; Flexure; Beams; GFRP bars; Ductility; Fiber reinforced concrete; Polypropylene fiber; Glass fiber; Steel fiber
Ductility characteristics of fiber-reinforced-concrete beams reinforced with FRP rebars
Keywords: فیبر پلی پروپیلن; Crack width; Ductility; Fiber-reinforced-polymers; Flexure; Fiber-reinforced-concrete; Polypropylene fiber
Asbestos-free technology with new high toughness polypropylene (PP) fibers in air-cured Hatschek process
Keywords: فیبر پلی پروپیلن; Fiber–cement; Polypropylene fiber; High toughness; Impact resistance
High temperature resistance of normal strength and autoclaved high strength mortars incorporated polypropylene and steel fibers
Keywords: فیبر پلی پروپیلن; High temperature; Autoclave curing; High strength mortar; Steel fiber; Polypropylene fiber; Mechanical properties; SEM
Polypropylene fiber modified by surface cross-linking in dielectric barrier discharge
Keywords: فیبر پلی پروپیلن; 81.65.-b; 82.33.Xj; 82.80.Pv; 52.77.-jDielectric barrier discharge; Surface cross linkage; Aging; Polypropylene fiber; Decay resistance
Effect of Co-polyester antistatic agent modified by carbon nanotubes on the properties of polypropylene fibers
Keywords: فیبر پلی پروپیلن; carbon nanotube; polypropylene fiber; antistatic agent; in situ process;
Performance of spalling resistance of high performance concrete with polypropylene fiber contents and lateral confinement
Keywords: فیبر پلی پروپیلن; High performance concrete; Spalling resistance; Polypropylene fiber; Lateral confinement; Metal fabric;