Keywords: تعامل ساختار مایع; Dynamic adaptive Cartesian grids; Immersed boundary method; Lattice Boltzmann method; Large eddy simulation; High Reynolds number; Fluid-structure interaction;
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Keywords: تعامل ساختار مایع; Nonlinear continuum mechanics; Incompressible solids; Gibbs free energy; Variational multiscale method; Generalized-α method; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; One-fluid formulation; Fluid-structure interaction; Heaviside initialisation and interpolation; Linear least square projection; Water impact;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Compressible fluid; Spilling effect; Pipe oscillation;
Keywords: تعامل ساختار مایع; Cerebrospinal fluid pressure; Communicating hydrocephalus; Non-communicating hydrocephalus; Fluid-structure interaction; Cine PC-MRI;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Free surface flows; Lagrangian; Quasi-incompressible; Added mass;
Keywords: تعامل ساختار مایع; Swimming; Fluid-structure interaction; Thrust generation; Numerical simulation;
Keywords: تعامل ساختار مایع; B.C.; boundary conditions; CFR; coronary flow reserve; CMP; common mode pressure; FFR; fractional flow reserve; FSI; fluid-structure interaction; Ï; density [kg/m3]; µ; fluid dynamic viscosity [Pa s]; Ï; Poisson ratio; B; solid bulk modulus of elast
Keywords: تعامل ساختار مایع; Mitral valve; Left ventricle; Fluid-structure interaction; Immersed boundary method; Finite element method; Soft tissue mechanics;
Keywords: تعامل ساختار مایع; Pipe transient flow; Water hammer; Fluid-structure interaction; Elastic pipe supports; Experiments in fluid transients;
Keywords: تعامل ساختار مایع; Active control; ASAC; Radiation modes; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Active control; ASAC; Radiation modes; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Hydraulic arresting gear; Isogeometric analysis; Parametric design; NURBS; Hydrodynamic loading;
Keywords: تعامل ساختار مایع; Underwater blast; Cavitation; Fluid-structure interaction; Wave propagation;
Keywords: تعامل ساختار مایع; Dynamic stall; Fluid-structure interaction; MAV; Membrane wings;
Keywords: تعامل ساختار مایع; Immersed boundary method; Finite element method; Fluid-structure interaction; Nonlinear elasticity; Aortic valve;
Keywords: تعامل ساختار مایع; Flexible membrane wing; Fluid-structure interaction; Laminar separation bubble; Unsteady aerodynamics;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Liquid-filled pipe; Experimental modal analysis; FEM acoustic analysis; Added mass coefficient;
Keywords: تعامل ساختار مایع; Nonlinear freak waves; Peregrine breather solution; Wave impact; Fixed horizontal decks; Fluid-structure interaction; Elastic deck structures;
Keywords: تعامل ساختار مایع; Added mass method; Earthquake; Engineering; Lock gate; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Underwater blast; Limits to deformation; Energy and momentum transfer; Ductile damage;
Keywords: تعامل ساختار مایع; Nonlinear freak waves; Peregrine breather; Fluid-structure interaction; Dropping plate; Wave impact; Structural response;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Flexible cantilever; Flutter instability; Viscous channel flow;
Keywords: تعامل ساختار مایع; Twistable flapping wing; Fluid-structure interaction; Hovering flight; Power efficiency; Optimization;
Keywords: تعامل ساختار مایع; Computational fluid dynamics; Fluid-structure interaction; Hydrodynamic power dissipation; Nonlinear damping; Underwater vibrations;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Multidisciplinary design optimization; Genetic algorithm; Surrogate-based modeling; Experimental aerodynamics; Experimental strength;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Immersed-boundary method; Viscous compressible flow; Multiphase flow; Large structure deformations; Shock wave;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Finite element method; Vibration; Nonlinear optimization;
Keywords: تعامل ساختار مایع; Lagrangian-Eulerian formulation; Concrete arch dams; Symmetric solver; Fluid-structure interaction; Nonlinear seismic response; Pre-existing joints;
Keywords: تعامل ساختار مایع; Topology optimization; Brittle material; Ductile material; Stress-based topology optimization; Fluid-structure interaction; Monolithic approach;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Hydroelasticity; Mean drift force; Near-field method; Far-field method; Rankine panel method;
Keywords: تعامل ساختار مایع; Aeroelasticity; Computational Fluid Dynamics; DTU 10MW RWT; Fluid-Structure Interaction; Horizontal axis wind turbine; Non-Linear Harmonic;
Keywords: تعامل ساختار مایع; Mesh deformation; Fluid-structure interaction; Radial basis functions; Greedy algorithm; Block matrix;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Immersed boundary method; Esophageal transport; Fiber-reinforced model;
Keywords: تعامل ساختار مایع; Nucleus mechanical properties; Cell deformation; Fluid-structure interaction; Microfluidics; 00-01; 99-00;
Keywords: تعامل ساختار مایع; Three-parameter fluid damper; U-shaped bellow; Fluid-structure interaction; Toroidal shell; Stiffness;
Keywords: تعامل ساختار مایع; Flexible wall; MHD; Nanofluid; Finite element method; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Respiratory mechanics; Fluid-structure interaction; Monolithic coupling; Reduced-dimensional modelling; Regional validation; Gas exchange;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Finite element; Fictitious domain; Monolithic method; One-field fictitious domain method;
Keywords: تعامل ساختار مایع; Compressible flow; Unsteady flow; Two-body system; Fluid-structure interaction; Angle of attack;
Keywords: تعامل ساختار مایع; Incompressible flows; Navier-Stokes; Fluid-structure interaction; Particle finite element method; Lagrangian; Coupled problems;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Viscoplasticity; Euler flow; Permeability; Micro-CT imaging;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Immersogeometric analysis; Isogeometric analysis; Parametric design optimization; Surrogate management framework; Water brake;
Keywords: تعامل ساختار مایع; Blast loading; Compressible flow; Flow-induced deformation; Fluid-structure interaction; Immersed boundary method;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Spring networks; Liquid interfaces and membranes;
Keywords: تعامل ساختار مایع; Conical shells; Fluid-structure interaction; Reduced order model; Compressibility effects; Static condensation;
Keywords: تعامل ساختار مایع; Immersed Boundary method; Fluid-structure interaction; Incompressible flow; Volume conservation; Velocity interpolation; Force spreading;
Keywords: تعامل ساختار مایع; Immersed boundary method; Fluid-structure interaction; Discrete delta function; Immersed-boundary kernel; Translational invariance;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Aortic dissection; Validation;
Keywords: تعامل ساختار مایع; Aspect ratio; Pipe-conveying fluid; Fluid-structure interaction; Internal fluid; Timoshenko beam model;