Keywords: تعامل ساختار مایع; Human eye; Glass shards; Collision; Fluid-structure interaction; Stresses and strains;
مقالات ISI تعامل ساختار مایع (ترجمه نشده)
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Keywords: تعامل ساختار مایع; Building environment; High-speed railway; Tunnel hoods; Train aerodynamics; Micro-pressure wave; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Incompressible Navier-Stokes equations; Compressible Navier-Stokes equations; Low Mach number flow; Finite element method; Discontinuous Galerkin method; Fluid-structure interaction; 65N50; 65N15; 65D05;
Keywords: تعامل ساختار مایع; Computational fluid dynamics; Fluid-structure interaction; Simulation; Obstructive sleep apnea; Upper airway;
Keywords: تعامل ساختار مایع; Adipose tissue; Microstructure; Mechanical properties; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Whiplash; Pressure transients; Venous blood; Cerebrospinal fluid; Dorsal root ganglion; Dura mater; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Hemodynamics; Fluid-structure interaction; Pulmonary arterial hypertension; Finite element modeling;
Keywords: تعامل ساختار مایع; Flow control; Fluid-structure interaction; Laminar separation bubble; Partial flexibility; Unsteady aerodynamics;
Keywords: تعامل ساختار مایع; Biofilm mechanics; Elastic modulus; Poroelastic model; Fluid-structure interaction; Imaging;
Keywords: تعامل ساختار مایع; Magnesium alloy stent; Fluid-structure interaction; Wall shear stress; Impedance pump; Degradation;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Bend-twist coupling; Hydroelastic response; Static divergence; Composite hydrofoil; Experimental; Numerical;
Keywords: تعامل ساختار مایع; solar water heating; fluid-structure interaction; pipe vibration;
Keywords: تعامل ساختار مایع; Human phonation; Synthetic larynx model; Ventricular folds; Aerodynamics; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Elevated water tank; Dynamic response; Fluid-structure interaction; Finite element method; Earthquake site-source distance;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Polymeric heart valve; Finite element analysis; Cardiovascular mechanics;
Keywords: تعامل ساختار مایع; Cylindrical shells; viscoelastic material; Kelvin-Voigt model; lateral loads; Fluid-Structure Interaction;
Keywords: تعامل ساختار مایع; Power transformer tank; Fluid-structure interaction; Vibrations; Eigen-frequencies; Harmonic response; Sound pressure level;
Keywords: تعامل ساختار مایع; Eulerian method; artificial compressibility method; fluid-structure interaction; blood flow;
Keywords: تعامل ساختار مایع; Implosion; Fluid-structure interaction; Pressure pulse; Cylindrical shell; Large deformations;
Keywords: تعامل ساختار مایع; Shell-and-tube heat exchangers with helical baffles; Fluid-structure interaction; Multi-objective genetic algorithm; Configuration optimization; Mechanical properties;
Keywords: تعامل ساختار مایع; Bridge; Limit cycle flutter; Fluid-structure interaction; Numerical simulation; CFD;
Keywords: تعامل ساختار مایع; Aortic valve; Calcification; Computational fluid dynamics; Fluid-structure interaction; ANSYS; FLUENT; MECHANICAL APDL; Stenosis; Echocardiography;
Keywords: تعامل ساختار مایع; uncertainty; seismic analysis; free-standing; racks; fluid-structure interaction; nonlinear; transient analysis; hydrodynamic mass;
Keywords: تعامل ساختار مایع; lattice Boltzmann; parallel computing; capsules; fluid-structure interaction;
Keywords: تعامل ساختار مایع; Computational fluid dynamics; Hemodynamic; Ophthalmic artery; Fluid-structure interaction; Intracranial pressure; Noninvasive method;
Keywords: تعامل ساختار مایع; Swallowing; Food bolus flow; Aspiration; Moving particle simulation method; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Flexible rectangular tank; Base-isolation; Dynamic analysis; Mechanical model; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Flow induced vibrations; Fluid-structure interaction; URANS; Nuclear reactor; Strong-coupling;
Keywords: تعامل ساختار مایع; Blast loading; J2 plasticity theory; damage-based adaptivity; element erosion; fluid-structure interaction; EUROPLEXUS;
Harmonic Analysis of Cavitation in Engine Cooling Fluid Due to Piston-cylinder Assembly Forces
Keywords: تعامل ساختار مایع; Cavitation; cooling fluids; internal combustion diesel engines; Ansys; vibrations; Acoustics; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Thermal fatigue; Fluid-structure interaction; Cyclic thermal mixing; Thermocouple measurement;
Keywords: تعامل ساختار مایع; Water blast; Fluid-structure interaction; Cavitation; Static pressure; Effective foam thickness;
Keywords: تعامل ساختار مایع; Fluid-Structure Interaction; Modal Analysis; Reactor Vessel Internals; Response Spectrum Analysis;
Keywords: تعامل ساختار مایع; Heat transfer; Immersed boundary method; Lattice Boltzmann method; Non-slip boundary condition; Iterative correction; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Flow control; Electro-magnetic control; Two-degree-of-freedom vortex-induced vibration; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Composite materials structures; Marine structures; Fluid-structure interaction; Dynamic loading; Experimental modeling; Impact; Structural response; Hydroelastic effects; Constant velocity;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Hydrodynamic instability; Non-linear elasticity;
Keywords: تعامل ساختار مایع; Fibrous media deformation; Lattice Boltzmann method; Finite element method; Fluid-structure interaction; Direct numerical simulations;
Keywords: تعامل ساختار مایع; Partially-filled tubes; Added mass; Vibration; Fluid-structure interaction; CFD;
Keywords: تعامل ساختار مایع; Concentrating solar power; Parabolic trough solar collector; Fluid-structure interaction; Torsional stall flutter; Computational wind engineering;
Keywords: تعامل ساختار مایع; Discontinuous Galerkin; Immersed boundary method; Moving body flow; Extended/unfitted DG; Incompressible Navier-Stokes equations; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Vortex-induced vibration; Fluid-structure interaction; Cross-Flow; In-Line; Inertia force; Added mass coefficient;
Keywords: تعامل ساختار مایع; Impact; Bird strike; Numerical simulation; PFEM; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Flags; Flag flutter; Vortex generators; Heat transfer enhancement; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Impact; Bird strike; Numerical simulation; PFEM; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Three-dimensional seismic isolation; Non-lineal seismic isolation; Fluid-structure interaction; Stainless steel tanks; Legged wine storage tanks; Finite element method; Fragility analysis;
Keywords: تعامل ساختار مایع; OSA; Obstructive sleep apnea; AHI; Apnea Hyponea Index; DS; Down syndrome; CPAP; Continuous Positive Airway Pressure; CFD; Computational fluid dynamics; FSI; Fluid-structure interaction; CSM; Computational structural mechanics; IRB; Institutional Review B
Keywords: تعامل ساختار مایع; Design; Fatigue; Flow; Fluid-structure interaction; Francis turbine; Numerical modeling; Pressure; Vibration;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Energy harvesting; Vibration control; Immersed boundary method; Numerical simulation;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Cerebral aneurysm; Monolithic method; Unstructured finite volume method; Finite element method;