Keywords: جذب صدا; Calibration; Ensemble averaging; Impedance; Pressure-velocity sensor; Reproducibility; Sound absorption;
مقالات ISI جذب صدا (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: جذب صدا; Porous pavement; Porosity; Permeability; Skid resistance; Sound absorption; Tire-pavement noise;
Keywords: جذب صدا; Hybrid foam; Polyurethane; Periodic unit cell; Sound absorption; Numerical simulation;
Keywords: جذب صدا; Sound absorption; Acoustic impedance control; Electrodynamic loudspeaker; Performance optimisation; Electrical shunt;
Keywords: جذب صدا; Template replication method; Metallic foam; Sound absorption; Microstructure; Airflow resistivity;
Keywords: جذب صدا; Porous asphalt; Soiling mechanisms; Clogging; Artificial soiling tests; Image analysis; Acoustical behaviour; Sound absorption; Absorber model; Tortuosity; Structure factor;
Keywords: جذب صدا; Sound absorption; Foam; Fibers;
Keywords: جذب صدا; Acoustic metasurface; Sound absorption; Porous material; Periodic structure;
Keywords: جذب صدا; Thermal insulation; Thermal conductivity; Sound absorption; Water content; Hot disk; Impedance tube;
Keywords: جذب صدا; Mesophase pitch; Carbon foams; Sound absorption;
Keywords: جذب صدا; Acoustic damping; Sound absorption; Acoustic damper; Perforated orifice; Acoustic liner;
Keywords: جذب صدا; Fibrous anisotropic materials; Sound attenuation; Sound absorption; Flow convective effect;
Keywords: جذب صدا; Needled nonwoven; Sound absorption; X-ray micro-computed tomography; Micro-structure; Flow resistivity; Delany and Bazley model; Numerical model;
Keywords: جذب صدا; Micro-perforated panels; Fibrous anisotropic materials; Sound attenuation; Sound absorption; Flow convective effect;
Keywords: جذب صدا; Sound absorption; Porous material; Perforated facing; High sound pressure level;
Keywords: جذب صدا; Plant fibers reinforced composites; Dielectric loss; Thermal conductivity; Sound absorption;
Keywords: جذب صدا; Underwater anechoic layer; Sound absorption; Hole shape; Analytical modeling;
Keywords: جذب صدا; Acoustic porous metasurface; Composite structure; Reflection and refraction; Transmission; Sound absorption;
Keywords: جذب صدا; Quarter wavelength resonator; Sound absorption; Origami; Spiral; Porous material;
Keywords: جذب صدا; Acoustic impedance; Nonlinear model; Micro-perforated panel absorber; Equivalent fluid approach; Experimental measurements; Sound absorption;
Keywords: جذب صدا; Polyurethane foam; Sound absorption; Wood fiber; Chemical treatment;
Keywords: جذب صدا; Micro-perforated panel; Incomplete partitioning; Sound absorption;
Keywords: جذب صدا; Waste plastics; Sound absorption; Porous material; Perforated plate;
Keywords: جذب صدا; Sound absorption; Perforated orifice; Acoustic impedance; Helmholtz resonance; Acoustic damping; Transmission loss;
Keywords: جذب صدا; Sustainable materials; Natural fibers; Airflow resistance; Sound absorption; Best-fit methods;
Keywords: جذب صدا; Porous asphalt pavement; Mix design; Sound absorption; Clogging; Degree of clogging; Porosity; Tire-pavement noise;
Keywords: جذب صدا; Porous materials; Sound absorption; Bio-binder; Characterisation methods;
Keywords: جذب صدا; Graphene foam; Carbon nanotubes; Composites; Sound absorption;
Keywords: جذب صدا; Sound absorption; Molecular vibrational relaxation; Mode contributions; Decomposing multi-relaxation absorption spectra;
Keywords: جذب صدا; Hemp concrete; Water content; Sorption isotherm; Sound absorption; Transmission loss; Acoustical parameters; Thermal conductivity; Thermal diffusivity; Specific heat capacity;
Keywords: جذب صدا; Perforated honeycomb-corrugation hybrid; Sound absorption; Bending stiffness; Multi-functional structure;
Keywords: جذب صدا; Miscanthus; Portland Cement; Sound absorption; Microstructure; Hydration;
Keywords: جذب صدا; Optical coherence tomography; Sound absorption; Surface layer; Fibre; Polymer; Composite material;
Keywords: جذب صدا; Acoustic metasurface; Asymptotic homogenisation; Sound absorption; Sound filtering; Enclosure mode control;
Keywords: جذب صدا; Closed-cell aluminum foam; Sound absorption; Sound insulation; Macrostructure;
Keywords: جذب صدا; Hybrid lattice-cored sandwich; Multifunctional properties; Strengthening; Energy absorption; Sound absorption;
Keywords: جذب صدا; Micro-perforated panel; Turbulent boundary layer; Sound absorption; Transmission loss;
Keywords: جذب صدا; Polyurethane composite foam; Inorganic filler; Thermomechanical property; Cell morphology; Sound absorption;
Keywords: جذب صدا; Polyurethane foams; Crude glycerol; Liquefaction of biomass; Coffee grounds derived polyol; Sound absorption;
Keywords: جذب صدا; TABS; Thermal environment; Sound absorption; Cooling capacity; Full-scale measurements; Building simulations;
Keywords: جذب صدا; Transmission loss; Sound absorption; Tensile bond strength; Adhesive mortar; Scrap tire rubber;
Keywords: جذب صدا; Sound absorption; A. Foams; B. Microstructures; B. Mechanical properties
Keywords: جذب صدا; Micro-perforated panel; Extended tubes; Sound absorption;
Keywords: جذب صدا; Carpets reuse; Thermoplastic composites; Sound absorption; Styrene-butadiene-rubber (SBR);
Keywords: جذب صدا; Parallel transfer matrix method; Sound absorption; Transmission loss; Image analysis; Micro-macro approach; Hollow cylinder;
Keywords: جذب صدا; Sound absorption; Impedance models; Simulated Annealing; Random beads packings;
Keywords: جذب صدا; Acoustic screens; Aging process; Sound absorption; Durability;
Keywords: جذب صدا; Acoustic radiation; engine compartment; far field; sound absorption; in situ impedance method;
Keywords: جذب صدا; Sound absorption; Occupants; Classrooms
Keywords: جذب صدا; Noise barriers; Predicted noise attenuation; Sound absorption; Vertical greenery systems;