Keywords: شکستن موج; Wave breaking; Global existence; Blow-up; Peakons; Shallow water wave equations; High order nonlinearity;
مقالات ISI شکستن موج (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: شکستن موج; Waves; Surface gravity waves; Wave focussing; Velocity; Kinematics; Wave breaking;
Keywords: شکستن موج; Coastal green belt; Solitary wave; Momentum absorption; Wave breaking;
Keywords: شکستن موج; Harbor oscillations; Fringing-reef topography; Wave breaking; Bound infragravity waves; Free infragravity waves; Fully nonlinear Boussinesq models;
Keywords: شکستن موج; Wave breaking; Air entrainment; Void fraction; Turbulence; Scale effect;
Keywords: شکستن موج; Boussinesq equations; Finite-difference; Finite-volume; Roller; Vorticity transport; Wave breaking;
Keywords: شکستن موج; Wave setup; Numerical model; Vortex force; Undertow; Wave breaking;
Keywords: شکستن موج; wave set-up heigh; extreme waves; wave breaking; river entrance geomorphology;
Keywords: شکستن موج; Wave front slope; Wave shoaling; Wave breaking; Empirical formula;
Keywords: شکستن موج; Internal wave turbulence; Sloping ocean topography; Wave breaking; 400Â m high mooring line; 200 High-resolution temperature sensors;
Keywords: شکستن موج; Finite volume method; Finite difference method; Wave breaking; Secondary loads; Monopile; Volume of fluid method;
Keywords: شکستن موج; Water waves; Non-linearity; Potential flow solvers; High-Order Spectral method; Wave breaking;
Keywords: شکستن موج; SWASH model; Wave breaking; Highly dissipative conditions; Wave setup; Runup; Open barred beach;
Keywords: شکستن موج; Wave breaking; Wave-induced setup; Semi-analytical model; Fringing reef; Reef-crest width;
Keywords: شکستن موج; Gravity waves; Internal waves; Wave breaking; Shear flow instabilities; Stable boundary layers; Turbulence; Canopy; Lidar; Aerosol;
Keywords: شکستن موج; Navier Stokes; Numerical simulation; Wave breaking; Slamming coefficient; Jacket;
Keywords: شکستن موج; Energy focusing; Wave breaking; Wave surface; Wave steepness; Peak frequency;
Keywords: شکستن موج; 35A20; 35B44; 35S10; 35F25; 76B15; Blow-up; Wave breaking; Whitham equation;
Keywords: شکستن موج; Nonlinearity; Detuning; Wave breaking; Breaking position; Spectra; Energy dissipation;
Keywords: شکستن موج; VOF; IBM; Solitary wave; Wave-bottom interactions; Wave shoaling; Wave breaking;
Keywords: شکستن موج; Non-hydrostatic; Dispersivity; Wave breaking; Well-balanced; Shock-capturing; HLL;
Keywords: شکستن موج; Tsunami runup heights; Wave breaking; Coseismic seafloor displacement
Keywords: شکستن موج; Internal waves; Energy flux conservation; Bottom friction; Shearing instability; Wave breaking
Keywords: شکستن موج; Wave energy; WEC; Wave breaking; Cascade; Hydrodynamics;
Keywords: شکستن موج; Video imagery; Beach state; Rip current; Beach rescue; Wave breaking; Perranporth;
Keywords: شکستن موج; Surfzone; Albedo; Whitewater; Wave breaking; Parameterization;
Keywords: شکستن موج; Bubble entrainment; Polydisperse bubbly flow; Two-phase flow; Free surface; Wave breaking; Ship hydrodynamics;
Keywords: شکستن موج; Green-Naghdi equations; Hybrid scheme; Finite volumes; Finite elements; Wave breaking; Dispersion error;
Keywords: شکستن موج; Breather hydrodynamics; Rogue waves; Wave breaking; Volume of Fluid (VOF); Computational Fluid Dynamics (CFD);
Keywords: شکستن موج; Ocean surface waves; Inhomogeneous statistics; Wave breaking; Wave coherence; Stochastic wave models
Keywords: شکستن موج; Weakly three-dimensional experiment; Wave–wave interactions; Wave breaking; Spectra; Energy dissipation; Nonlinearity
Keywords: شکستن موج; Wave breaking; Wave modeling; Coastal zone; Coastal systems; Surf zone; Wave-induced forces
Keywords: شکستن موج; Lagrangian; Wave breaking; Post-plunging; Post-spilling
Keywords: شکستن موج; Non-hydrostatic; Shock-capturing; Wave breaking; Finite-volume method; Runup
Keywords: شکستن موج; Infrared; Solitary wave; Wave breaking; Swash zone; Turbulence
Keywords: شکستن موج; Coastal zone; Wave breaking; Surf zone; Wave dissipation; Wave model; Coastal systems
Keywords: شکستن موج; Laplace transform method; Fractional Fornberg–Whitham equation; Wave breaking; Approximate solution; Absolute error; Fractional homotopy analysis transform method (FHATM)
Keywords: شکستن موج; Non-hydrostatic wave model; Godunov-type shock-capturing scheme; Surf zone model; Wave breaking; Swash motion
Keywords: شکستن موج; Quasilinear hyperbolic equation; Well-posedness; Wave breaking
Keywords: شکستن موج; Infragravity waves; Energy flux; Reflection; Dissipation; Wave breaking;
Keywords: شکستن موج; Lagrangian; Sloping bottom; Particle trajectory; Gravity-capillary wave; Wave breaking
Keywords: شکستن موج; 35G25; 35L05Shallow water waves of moderate amplitude; Low regularity solutions; Wave breaking
Keywords: شکستن موج; Surf zone processes; Wave breaking; Morphodynamics; Breaker bar development; VOF; OpenFoam®
Keywords: شکستن موج; Nonlinear; Wave statistics; Non-hydrostatic; Wave breaking; Wave model; SWASH;
Keywords: شکستن موج; Surf zone processes; Wave breaking; Cross-shore; Morphodynamics; Breaker bar development; VOF;
Keywords: شکستن موج; Non-hydrostatic; Wave breaking; Wave run-up; Depth-integrated; Momentum conservation; CCHE2D;
Keywords: شکستن موج; Rod equation; Camassa–Holm; Shallow water; Wave breaking
Keywords: شکستن موج; 65M06; 65M12; 35B10; 35Q53Shallow water waves of moderate amplitude; Conservative solutions; Wave breaking
Keywords: شکستن موج; Boussinesq-type equations; Wave breaking; Finite volumes; Unstructured meshes;
Keywords: شکستن موج; Large-eddy simulation; Interface-piercing circular cylinder; Run-up; Wave breaking; Vortical structures