Keywords: پراکندگی موج; Wave propagation; Wave dispersion; Heterogeneous solids; Finite element method; Finite volume method;
مقالات ISI پراکندگی موج (ترجمه نشده)
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Keywords: پراکندگی موج; Impact pile driving; Plastic deformation; Wave dispersion;
Keywords: پراکندگی موج; Wave dispersion; Phononic; Non-reciprocal;
Keywords: پراکندگی موج; Anisotropic materials; Doubly-curved nanoshell; Wave dispersion; Nonlocal strain gradient theory; New higher-order shell theory; Experimental calibration;
Keywords: پراکندگی موج; High order homogenization; Wave dispersion; Band gap; Viscoelastic composites; Gradient elasticity;
Keywords: پراکندگی موج; Mechanics; Wave propagation; Mechanical metamaterials; Bragg scattering; Local resonance; Wave dispersion; Time transient analysis; Finite element method;
Keywords: پراکندگی موج; Nanoporous nanobeam; Wave dispersion; Nonlocal strain gradient; Phase velocity; Thermal loading;
Keywords: پراکندگی موج; Wave dispersion; Carbon nanotubes; Viscoelastic foundation; High and low temperature change; Phase and group velocity;
Keywords: پراکندگی موج; Concrete; Fresh; Hardened; Acoustic Emission; Ultrasonic testing; Wave dispersion; Phase velocity; Strain gradient elastic theory; Non-local lattice model; Micro-stiffness; Micro-inertia
Keywords: پراکندگی موج; Multiscale; Homogenization; Irving-Kirkwood theory; High-frequency waves; Wave dispersion
Keywords: پراکندگی موج; Closed-cell foams; Constitutive modelling; Microscale inertia; Homogenisation; Wave dispersion; Shock;
Keywords: پراکندگی موج; Rheological parameters; Viscoelastic material; Wave dispersion; Bi-layered hollow cylinder; Fractional-exponential operator;
Keywords: پراکندگی موج; Wave dispersion; Acoustic scattering; Randomly layered medium
Keywords: پراکندگی موج; Carbon nanotube; Wave dispersion; Gradient elasticity; Shell model; Small scale effect
Keywords: پراکندگی موج; Periodic composite material; Wave dispersion; Dynamic asymptotic homogenization
Keywords: پراکندگی موج; Phononic materials; Reissner–Mindlin plate model; Homogenization; Spectral decomposition; Band gaps; Wave dispersion
Keywords: پراکندگی موج; Surface acoustic waves; Wave focusing; Spheres; Wave dispersion
Keywords: پراکندگی موج; Micro-cracks; Dynamic propagation; Homogenization; Damage laws; Wave dispersion;
Keywords: پراکندگی موج; Multiscale modeling; Computational homogenization; Composites; Wave dispersion; Homogenization
Keywords: پراکندگی موج; Water waves; Wave dispersion; Mathematical models; Fluid dynamics; Boussinesq equations; Shallow water equations
Uncertainty analysis for wave dispersion behavior of carbon nanotubes embedded in Pasternak-type elastic medium
Keywords: پراکندگی موج; Wave dispersion; Carbon nanotubes; Pasternak-type medium; Uncertain material properties; Interval analysis;
Stress gradient, strain gradient and inertia gradient beam theories for the simulation of flexural wave dispersion in carbon nanotubes
Keywords: پراکندگی موج; Carbon nanotubes; Wave dispersion; Nonlocal elasticity; Gradient elasticity; Internal length scale; Euler-Bernoulli beam; Timoshenko beam; Stress gradient; Strain gradient; Inertia gradient;
An efficient 3D non-hydrostatic model for simulating near-shore breaking waves
Keywords: پراکندگی موج; Non-hydrostatic pressure distribution; Wave breaking; TVD; Wave dispersion; Shock waves;
A general bi-Helmholtz nonlocal strain-gradient elasticity for wave propagation in nanoporous graded double-nanobeam systems on elastic substrate
Keywords: پراکندگی موج; Nanoporous nanobeam; Wave dispersion; Nonlocal strain gradient; Phase velocity;
Wave dispersion in functionally graded magneto-electro-elastic nonlocal rod
Keywords: پراکندگی موج; Magneto–electro-elastic rod; Functionally graded material; Wave dispersion; Nonlocal continuum mechanics; Phase velocity; Escape frequency
Wave dispersion analysis and simulation method for concrete SHPB test in peridynamics
Keywords: پراکندگی موج; Peridynamics; Split Hopkinson Pressure Bar (SHPB); Wave dispersion; Concrete Brazilian disc; Impact failure
Resolving precipitation induced water content profiles by inversion of dispersive GPR data: A numerical study
Keywords: پراکندگی موج; Ground-penetrating radar; Infiltration; Wave dispersion; Water content; Shuffled-complex evolution; Waveguide;
Dynamic characterization of shale systems by dispersion and attenuation of P- and S-waves considering their mineral composition and rock maturity
Keywords: پراکندگی موج; unconventional reservoirs; shale characterization; effective properties; wave dispersion; wave attenuation; self-consistent method;
Wave propagation and dispersion in elasto-plastic microstructured materials
Keywords: پراکندگی موج; Wave dispersion; Wave propagation; Mindlin continuum; Micromorphic; Hardening materials;
A physical perspective of the length scales in gradient elasticity through the prism of wave dispersion
Keywords: پراکندگی موج; Gradient elasticity; Length scales; Wave dispersion
A nonlocal homogenization model for wave dispersion in dissipative composite materials
Keywords: پراکندگی موج; Multiscale modeling; Computational homogenization; Composites; Wave dispersion; Energy dissipation
Homogenization of acoustic waves in strongly heterogeneous porous structures
Keywords: پراکندگی موج; Porous media; Asymptotic homogenization; Double-porosity; Wave dispersion; Acoustic waves; Layered media
Dynamic response of thin strain gradient elastic beams
Keywords: پراکندگی موج; Gradient elastic flexural beams; Dynamic behavior; Wave dispersion; Free vibrations; Non-conservative problems; Beck’s problem
Fourier pseudospectral methods for 2D Boussinesq-type equations
Keywords: پراکندگی موج; Water waves; Wave dispersion; Mathematical models; Fluid dynamics; Boussinesq equations; Shallow water equations
A gradient elasticity theory for second-grade materials and higher order inertia
Keywords: پراکندگی موج; Gradient elasticity; Higher order inertia; Continuum thermodynamics; Dynamics; Wave dispersion
Wave propagation in a pre-strained compressible elastic sandwich plate
Keywords: پراکندگی موج; Compressible material; “dead” forces; “follower” forces; Extensional and flexural Lamb waves; Initial strains; Sandwich plate; Wave dispersion
On the influence of forcing on observed wave dispersion: A strategy for mitigating the effects of material dispersion
Keywords: پراکندگی موج; Wave dispersion; Phased array; Dispersion mitigation;
The influence of the finite initial strains on the axisymmetric wave dispersion in a circular cylinder embedded in a compressible elastic medium
Keywords: پراکندگی موج; Circular cylinder embedded in elastic medium; Compressible material; Finite initial strain; Nonlinear dynamical effect; Wave dispersion
Investigation of the effect of nonlocal scale on ultrasonic wave dispersion characteristics of a monolayer graphene
Keywords: پراکندگی موج; Graphene; Nonlocal elasticity; Wave dispersion; Phase speed; Wavenumber; Cut-off frequency; Escape frequency
A novel approach to node distribution for 2D mesh generation and its application in marine and ocean engineering
Keywords: پراکندگی موج; 2D Mesh generation; Delaunay algorithm; Node distribution; Triangulation; Finite element model; Wave dispersion
Mixed-mode solutions in an air-filled differentially heated rotating annulus
Keywords: پراکندگی موج; Double Hopf (Hopf-Hopf) bifurcations; Quasiperiodic solutions; Wave dispersion; Axisymmetric to non-axisymmetric transition; Rotating waves; Parameter-dependent centre manifold reduction; Numerical approximation of normal form coefficients; Navier-Sto
Wave dispersion studies in granular media by analytical and analytical–numerical methods
Keywords: پراکندگی موج; Wave propagation; Gradient elasticity; Viscoelasticity; Compressional waves; Shear waves; Wave dispersion
Wave dispersion in dry granular materials by the distinct element method
Keywords: پراکندگی موج; Numerical analyses; Wave propagation; Wave dispersion; Anomalous dispersion; Resonant column tests; Distinct element method
Elastic wave propagation in cylindrical bars after brittle failures: Application to spalling tests
Keywords: پراکندگی موج; Hopkinson bar; Spalling; Brittle material; Dynamic tensile strength; Wave dispersion