Keywords: باند آسفالت; Fatigue; Healing; Dissipated Energy Ratio (DER); Ratio of Dissipated Energy Change (RDEC); Asphalt binder;
مقالات ISI باند آسفالت (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: باند آسفالت; Asphalt binder; Cracking resistance; Aging; Temperature; Fénix test;
Keywords: باند آسفالت; Asphalt binder; Anti-stripping agents; Rheological properties; High temperature;
Keywords: باند آسفالت; Asphalt binder; Variability; Rheology; Aging; Surface free energy; FTIR; Pavements;
Keywords: باند آسفالت; Expanded graphite; Polyethylene glycol; Phase change materials; Asphalt binder; Thermoregulation;
Keywords: باند آسفالت; Surface free energy; Condition number; Probe liquid triplets; Asphalt binder; Sessile drop;
Keywords: باند آسفالت; Molecular dynamics; Self-healing capability; Asphalt binder; Optimal healing temperature range; Fatigue-healing-fatigue test;
Keywords: باند آسفالت; Asphalt binder; Fatigue; Aging; Nano silica; Nano TiO2; Nano CaCO3;
Keywords: باند آسفالت; Molecular dynamics (MD) simulation; Asphalt binder; Aging; Physical properties; Macro-micro coupling;
Keywords: باند آسفالت; Asphalt binder; Low Field Nuclear Magnetic Resonance (LF-NMR); Relative Hydrogen Index (RHI); Viscosity; Recycled binder; Reclaimed Asphalt Pavement (RAP); Aging; Rejuvenation;
Keywords: باند آسفالت; Asphalt binder; Bio-rejuvenator; Density functional theory (DFT); Oxidized asphaltene;
Keywords: باند آسفالت; Warm additive; Asphalt binder; Dynamic Shear Rheometer; Surfactant, wax; Rutting;
Keywords: باند آسفالت; Mineral filler; Asphalt mixtures; Asphalt binder; Mastics; Physical properties; NMR;
Keywords: باند آسفالت; Healing; Fatigue; Dissipated energy ratio; Asphalt binder; Polymer modification;
Keywords: باند آسفالت; Self-healing; Asphalt binder; Chemical composition and structure; Grey relational analysis;
Keywords: باند آسفالت; Asphalt binder; Fatigue life; Time sweep test; Dissipated energy; IDE;
Keywords: باند آسفالت; Bituminous mixtures; Asphalt binder; Fatigue; Strain sweep test; Aging;
Keywords: باند آسفالت; Asphalt binder; Fatigue; Crack evolution; Evaluation index;
Keywords: باند آسفالت; Asphalt binder; Fatigue failure; Cyclic loading; Monotonic loading;
Keywords: باند آسفالت; Asphalt binder; Oil modification; Rheological properties; Linear amplitude sweep; Performance grade prediction;
Keywords: باند آسفالت; Asphalt binder; SARA fractions; Combustion property; Thermal stability; Combustion residues;
Keywords: باند آسفالت; Asphalt binder; Fatigue damage; Rest period; Healing mastercurve; Healing index;
Keywords: باند آسفالت; Asphalt binder; Long term aging; AFM; Microstructures; Composite mechanical properties;
Keywords: باند آسفالت; Asphalt binder; Four components; Thermal effects; Released volatiles; Combustion mechanism; Combustion residues;
Keywords: باند آسفالت; Pavement distresses; Asphalt binder; Polymer; Crumb rubber; Linear viscoelasticity; Non-linear viscoelasticity;
Keywords: باند آسفالت; RAP; RAS; Asphalt binder; MSCR; RLPD; HWTT; OT; Rutting; Fatigue;
Keywords: باند آسفالت; Asphalt binder; Bitumen; Storage stability; Rheology; Polymer modification; Asphaltene;
Keywords: باند آسفالت; Healing; Moisture; DSR; FTIR; Asphalt binder; MIST;
Keywords: باند آسفالت; Asphalt binder; Mineral filler; Interfacial interaction; Evaluation indicator; Dynamic mechanical analysis;
Keywords: باند آسفالت; Asphalt binder; Mastics; FAM; Physico-chemical; Multiscale; Oxidation; Sensitivity;
Keywords: باند آسفالت; Asphalt binder; Creep; Recovery; Warm mix; Polymer; Burgers model;
Keywords: باند آسفالت; Asphalt binder; Maize oil; Waste oil;
Keywords: باند آسفالت; Asphalt binder; Aging; X-ray photoelectron spectroscopy; Accelerated weathering tester; UV radiation; Pressure Aging Vessel;
Keywords: باند آسفالت; Asphalt binder; Mixed mode crack propagation; Experiments; Low temperature; Fracture criteria;
Keywords: باند آسفالت; Asphalt binder; Fatigue; Nonlinearity;
Keywords: باند آسفالت; Asphalt binder; Nanosilica; Diatomite; Permanent deformation; Fatigue; Surface energy; Cohesion; Adhesion;
Keywords: باند آسفالت; Asphalt binder; Bioasphalt; Castor oil; Evaluation; Conventional test;
Keywords: باند آسفالت; Asphalt binder; Viscoelastic response model; Optimization criterion; Generalized Maxwell model
Keywords: باند آسفالت; Rutting; Predictive models; Gâ/sinδ; Viscosity; Asphalt binder; Resilient modulus; Phase angle;
Keywords: باند آسفالت; Asphalt binder; WCO; Acid value; Physical; Rheological performance;
Keywords: باند آسفالت; Asphalt binder; Crumb rubber; Energy dissipation; tanδ; MSCR; Weibull distribution; Rutting resistance;
Keywords: باند آسفالت; Asphalt binder; Waste tire rubber; Recycled polyethylene; Rheology; Morphology;
Keywords: باند آسفالت; Asphalt binder; Evaluation index; High-temperature performance; Low-temperature performance;
Keywords: باند آسفالت; Asphalt binder; Ultrasonic method; Temperature effects; Performance grade;
Keywords: باند آسفالت; Asphalt binder; Microcapsule; Healing agent; Self-healing; Impact strength
Keywords: باند آسفالت; Brucite fiber; Asphalt binder; Asphalt mixture; DSR; Engineering performance;
Keywords: باند آسفالت; Fatigue; Healing; Thixotropy; Rest period; Asphalt binder;
Keywords: باند آسفالت; Asphalt binder; Fatigue; Dynamic shear rheometer; Viscoelastic damage mechanics
Keywords: باند آسفالت; Recycled asphalt shingle; Shingle waste; Hot mix asphalt; Asphalt binder; Recycled asphalt pavement; Performance testing
Keywords: باند آسفالت; Bitumen; Asphalt binder; Atomic force microscopy; Surface microstructures; ‘Bee-structures’; Wax