Keywords: بال بال زدن; Gust response; Fluid-structure interaction; Aeroelastic; Flutter; Transitional Reynolds number;
مقالات ISI بال بال زدن (ترجمه نشده)
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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: بال بال زدن; Composite blade; Unbalanced laminate; Bend-twist coupling; Flutter;
Keywords: بال بال زدن; Flow-induced vibration; Axial flow; Flutter; Experiments; Repeated rib roughness;
Keywords: بال بال زدن; flutter; aeroelasticity; viscosity; Reynolds number;
Keywords: بال بال زدن; Aeroengine aeroelasticity; Bladed disk vibration; Flutter; Intentional mistuning;
Keywords: بال بال زدن; Aeroelasticity; Supersonic gas flow; Potential flow of compressible fluid; Rectangular plates; Finite element method; Stability; Flutter;
Keywords: بال بال زدن; Flexible wing; Flutter; Sub-optimal control; Time delay; Second-order sensitivity;
Keywords: بال بال زدن; Blade cascade; Running waves; Forced excitation; Flutter;
Keywords: بال بال زدن; Flutter; Aeroelasticity; Shape memory; Flat plate flutter; Flutter suppression; Elastomer plate; Fluid structure interaction;
Keywords: بال بال زدن; Nonlinear aeroelasticity; Typical section model; Viscoelasticity; Damping; Flutter; Limit cycle oscillation;
Keywords: بال بال زدن; Airfoil-fluid interaction; Compressible subsonic flow; Cantilevered plate; Flutter; Linearized potential flow; Unsteady aerodynamics;
Keywords: بال بال زدن; Non-conservative stability; Spinning cantilever; Pretwisted cantilever; Follower force; Flutter; Divergence;
Keywords: بال بال زدن; Flutter; Limit Cycle Oscillation; Fluid-structure interaction; Non-linear dynamics; Friction joint; Harmonic Balance Method; Energy balance;
Keywords: بال بال زدن; One-shot method; Aeroelasticity; Flutter; Limit cycle oscillations; Harmonic balance method; Frequency search;
Keywords: بال بال زدن; Optimization; Aeroelasticity; Unsteady aerodynamics; Reduced-order modeling; Transonic flow; Flutter;
Keywords: بال بال زدن; Nonlinear dynamics; Sliding pipes; Extended Hamilton's principle; Flutter;
Keywords: بال بال زدن; Coupled plate; Supersonic piston theory; Mindlin plate; Elastic boundary condition; Flutter;
Keywords: بال بال زدن; Pedestrian suspension bridge; Flutter; Aerodynamic and aeroelastic tests; Pressure coefficients; Experimental error analysis;
Keywords: بال بال زدن; Flutter; Laminated panel; Eigenvalues; Flutter type;
Keywords: بال بال زدن; Functionally graded material; Moderately thick plates; Flutter; Temperature gradient; Supersonic piston theory;
Keywords: بال بال زدن; Assumed mode method; Flutter; Hybrid trapezoidal plate; Mach box method; Supersonic flow;
Keywords: بال بال زدن; Sandwich panel; Triangular lattice core; Flutter; Buckling; Yawed flow angle; Active control;
Keywords: بال بال زدن; Laminated composite; Delamination; Follower force; Flutter;
Keywords: بال بال زدن; Nonlinear aeroelastic; Free-play; Flutter; Jump phenomenon; Chaos;
Keywords: بال بال زدن; Bridge decks; Roadway wind barrier; Aerodynamic forces and moments; Galloping; Flutter; Wind-tunnel experiments;
Keywords: بال بال زدن; Galloping; Flutter; Energy harvesting; Wind tunnel;
Keywords: بال بال زدن; Cable-supported bridges; Porous wind barriers; Aerodynamic forces and moments; Flutter; Galloping; Wind-tunnel experiments;
Keywords: بال بال زدن; Viscoelasticity; Damping; Aeroelasticity; Aeroviscoelasticity; Flutter;
Keywords: بال بال زدن; Aeroelasticity; Flexible multibody dynamics (Flexible MBD); Absolute nodal coordinate formulation (ANCF); Deployable wing; Unsteady aerodynamics; Flutter;
Keywords: بال بال زدن; Rotating disc; Acousto-elastic interaction; Bounded fluid medium; Flutter; Cubic nonlinearity; Hopf bifurcation;
Keywords: بال بال زدن; Buffeting; Flutter; Long-span bridges; Bridge aerodynamics; Bridge aeroelasticity; Erection stage;
Keywords: بال بال زدن; Flutter; Multifunctional structure; Active control; Energy harvesting; Slender wing;
Keywords: بال بال زدن; Airfoil-fluid interaction; Compressible subsonic flow; Convected wave equation; Flutter; Linearized potential flow; Unsteady aerodynamics;
Keywords: بال بال زدن; Flutter; Vibration; Camber; Cascade; Airfoil; Frequency ratio;
Keywords: بال بال زدن; Aeroelasticity; Flutter; Micro wind energy;
Keywords: بال بال زدن; Long-span bridge; Flutter; Torsional divergence; Aerodynamics; Wind–structure interaction; Aeroelasticity; Wind tunnel experiments; Non-flutter design principle
Keywords: بال بال زدن; Actuator fault; Actuator saturation; Aeroservoelasticity; Fault-tolerant control; Flutter; Observer
Keywords: بال بال زدن; Aeroelasticity; Hopf bifurcation; Flutter; Hardening nonlinearity; Free-play nonlinearity; Higher-order spectra
Keywords: بال بال زدن; Shear deformation theory; Laminated composite; Flutter; Linear piston theory; Finite element analysis;
Keywords: بال بال زدن; Linearized computational fluid dynamics; Shock buffet; Flutter; GCRO-DR; Krylov subspace recycling;
Keywords: بال بال زدن; Airfoil; Flutter; Sliding mode control; Time delay
Keywords: بال بال زدن; Flutter; Porosity; Immersed boundary; Drag reduction
Keywords: بال بال زدن; Flutter; Probability; Sensitivity; Uncertainty; Model coupling; Suspension bridges; Aerodynamic derivatives; CFD; Numerical models
Keywords: بال بال زدن; Flutter; Vibration; Buckling; Fluid conveying pipe; Integral equations; Radial basis functions;
Keywords: بال بال زدن; Composite; Semi-analytical; Flutter; Stiffened plate; Stiffened shell; Stiffener's base;
Keywords: بال بال زدن; Brine-string; Instability; Tubular cantilever; Flutter; Counterflow;
Keywords: بال بال زدن; Flutter; Viscoelasticity; Polymer composite; Time to instability; Lyapunov stability; Aircraft wing design;
Keywords: بال بال زدن; High speed underwater vehicle; Structural stability; Flutter; Divergence
Keywords: بال بال زدن; Bridge stability; Aeroelasticity; Flutter; Vortex induced vibration; 3 DOF balance; Axis of motion
Keywords: بال بال زدن; Basic belief assignment; Belief; Epistemic uncertainty; Evidence theory; Flutter; Plausibility