Keywords: انتشار موج; Free-surface flow; Prismatic channel; Sluice-gate maneuvers; (2-4)-dissipative scheme; Wave propagation; Negative-surge; Waterhammer; Resonance; Boussinesq model;
مقالات ISI انتشار موج (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: انتشار موج; Strain; Wave propagation; Anisotropy; Sapphire; Impact;
Keywords: انتشار موج; Cost-effectiveness fuzzy analysis; Epistemic uncertainty; Wave propagation; Band gap; TRC; 37N15; 74H05; 74H35; 74J10; 74J20;
Keywords: انتشار موج; Anisotropic pretwisted strip; Wave propagation; Variational asymptotic method; Spectral finite element method;
Keywords: انتشار موج; Framed structures; Homogenization method; Periodic structures; Wave finite element method; Wave propagation;
Keywords: انتشار موج; Thermal stresses; Thermoelasticity; Wave propagation; Gravity field; Stresses;
Keywords: انتشار موج; Metamaterials; Homogenization; Poisson's ratio; Wave propagation; Mechanical properties; Frequency band gaps;
Keywords: انتشار موج; Ballistic gelatin; Wave propagation; Mooney-Rivlin model; Neo-Hookean model; Polymer Hopkinson bar; Dynamic response;
Keywords: انتشار موج; Wave propagation; Characteristic waves; Wave modulation; Supersonic passages; Hysteresis; Unsteady flow;
Keywords: انتشار موج; Inverse Laplace transform; Numerical algorithm; Wave propagation; Multi-precision computation; Maple code;
Keywords: انتشار موج; Generalized finite element; Wave propagation; Phantom Node Method; Mass lumping;
Keywords: انتشار موج; Coincidence frequency; Homogenization; Piezoelectric material; Sound transmission loss; Wave propagation;
Keywords: انتشار موج; Underwater blast; Cavitation; Fluid-structure interaction; Wave propagation;
Keywords: انتشار موج; Wave propagation; Axially moving periodic string; Dispersion relation; Frequency band-gaps; Roller chain drives; Method of varying amplitudes;
Keywords: انتشار موج; Wave propagation; Airy beam; Matrix optics;
Keywords: انتشار موج; Fatigue crack; Damage detection; SHM system; Wave propagation; Tension test;
Keywords: انتشار موج; Direction splitting; Fractional diffusion-wave equation; Wave propagation; Viscoelastic media; Second-order convergence;
Keywords: انتشار موج; Acoustic properties; Seismic attenuation; Elasticity and anelasticity; Partial saturation; Wave propagation;
Keywords: انتشار موج; Storm response; Beach profile; Wave propagation; XBeach-G; Longshore sediment transport;
Keywords: انتشار موج; Bone conduction; 3D laser Doppler vibrometry; Wave propagation; Rigid body motion; Transverse deformation; Full-field measurements; Human cadaver head;
Keywords: انتشار موج; Structural identification; Non-destructive evaluation; Finite elements; Wave propagation; Layered structures; Ultrasound;
Keywords: انتشار موج; Vibration-mitigation techniques; Wave propagation; Soil dynamics; Impact load;
Keywords: انتشار موج; WP; Wave propagation; NDT; Non-destructive testing; PZT; Lead Zirconate Titanate; EMI; Electromechanical impedance; TOF; Time of flight; Piezoelectric; Lead Zirconate Titanate (PZT); Practical issues; Wave propagation (WP) technique; Monitoring of concret
Keywords: انتشار موج; Wave propagation; Stochastic FEM; Fast Monte Carlo simulation; Dynamic variability response function;
Keywords: انتشار موج; Nonlocal size-effect; Magnetoelectroelastic; Multilayered plate; Wave propagation; Propagator matrix; Dispersion relation;
Keywords: انتشار موج; Port operability; Wave propagation; Barcelona port; Climate Change; Sea level rise; Numerical modelling;
Keywords: انتشار موج; Wave propagation; Granular media; Numerical simulation;
Keywords: انتشار موج; Rock blasting; Numerical simulation; Pile foundation; Wave propagation; Smooth particle hydrodynamics;
Keywords: انتشار موج; Wave propagation; Granular; Micropolar;
Keywords: انتشار موج; Inverse problems in underwater acoustics; SONAR imaging; Multiscale modeling; Wave propagation; Discrete optimization;
Keywords: انتشار موج; Simultaneous story yielding; Axial force demand; Column design; Wave propagation; Seismic design; Multistory buildings; Shear buildings; Pulse excitation;
Keywords: انتشار موج; Virtual Element Methods; Hyperbolic problems; Polygonal meshes; Wave propagation;
Keywords: انتشار موج; Wave propagation; Fractals; Random fields; Hurst exponent;
Keywords: انتشار موج; Summation-by-Parts; Dispersion relation; Finite differences; Wave propagation;
Keywords: انتشار موج; Structural periodicity; Bloch reduction; Spectral finite element method; Natural frequencies; Frequency band gaps; Wave propagation;
Keywords: انتشار موج; Overhead contact lines; Moving loads; Distributed parameter model; Wave propagation; Finite element model;
Keywords: انتشار موج; Wave propagation; Time-varying material; Moving property interface; Weak solution; Shock wave;
Keywords: انتشار موج; Wave propagation; Carbon nanotube; Nonlocal elasticity; Elastic medium; Magnetic field;
Keywords: انتشار موج; Wave propagation; Laminated piezomagnetic/piezoelectric plates; Dispersion curve; State space approach;
Keywords: انتشار موج; Meta-materials; Wave propagation; Inertial resonators; Band gap optimization; Nonlinear programming;
Keywords: انتشار موج; Wave propagation; Periodic materials; Nonlinear materials; Higher harmonic generation;
Keywords: انتشار موج; Pantograph-catenary dynamics; Wave propagation; Frequency coincidences; Catenary geometry;
Keywords: انتشار موج; Wave propagation; FGMS; Nonlocal strain gradient theory; Rotating nanobeam; Refined beam theory;
Keywords: انتشار موج; 3D; Elastic wave equation; High-order; Finite volume method; Unstructured tetrahedral mesh; Wave propagation;
Keywords: انتشار موج; Laminated glass; Impact damage; Plate theory; Wave propagation;
Keywords: انتشار موج; Wave propagation; Fluid-conveying carbon nanotube; Viscoelastic; Surface effect; Nonlocal effect;
Keywords: انتشار موج; Structural dynamics; Wave propagation; Time integration; Implicit; Numerical dissipation;
Keywords: انتشار موج; Nonlocal effect; Reflection and transmission; Wave propagation; Multilayers; Magneto-electro-elastic plate; Stiffness matrix method;
Keywords: انتشار موج; Impact/blast mitigation; Wave propagation; Elastic woodpile metamaterials;
Keywords: انتشار موج; Torsional wave; Wave propagation; Surface effect; Micro-tubes with clogging; Elastic membrane;