Keywords: تعامل ساختار مایع; Aspect ratio; Pipe-conveying fluid; Fluid-structure interaction; Internal fluid; Timoshenko beam model;
مقالات ISI تعامل ساختار مایع (ترجمه نشده)
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Keywords: تعامل ساختار مایع; CFD model; 3D porous cryogel; Bioreactor; Cardiac tissue engineering; Fluid-structure interaction; Oxygen consumption; CDF; computational fluid-dynamics; microCT; micro-computed tomography; FSI; fluid-structure interactions; S2PR; sensorized squeeze p
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Numerical simulation; Yacht sails; Full scale measurements; Instrumented boat; Inviscid flow; Aerodynamic forces; Sails flying shape;
Keywords: تعامل ساختار مایع; Proper orthogonal decomposition; Low-order modelling; Fluid-structure interaction; Large deformations; Aero-elasticity; Flapping wing flight;
Keywords: تعامل ساختار مایع; Tympanic membrane; Blast overpressure; Ear injury biomechanics; Helmet; Finite element modeling; ABR; Auditory Brainstem Response; AML; Anterior Malleal Ligament; EA; Energy Absorbance; FE; Finite Element; FSI; Fluid-Structure Interaction; PIL; Posterio
Keywords: تعامل ساختار مایع; Cardiovascular modelling; Left ventricle; Systemic circulation; Fluid-structure interaction; Cardio-arterial coupling;
Keywords: تعامل ساختار مایع; Radiant tubes; Thermal stresses; Temperature gradients; Thermal expansion; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Aortic valve; Fluid-structure interaction; Arbitrary Lagrangian Eulerian; Anisotropic material model;
Keywords: تعامل ساختار مایع; Inflatable structures; Coupled Eulerian-Lagrangian; Impact Loading; Offshore barrier; Dynamic analysis; Fluid-Structure Interaction;
Keywords: تعامل ساختار مایع; Autorotation; Fluid-structure interaction; Large-eddy simulation; Delayed-detached-eddy simulation;
Keywords: تعامل ساختار مایع; Level set methods; Implicit schemes; Fluid-structure interaction; Multiphase flows; Surface tension;
Keywords: تعامل ساختار مایع; Lattice Boltzmann scheme; Immersed boundary method; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Twin raft; Wave energy dissipator; Wave transmission; Fluid-structure interaction; Dissipation ratio; Stilling basin;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Numerical simulation; Elastic flaps; Self-sustained oscillations; Flapping motion; Instability; Laminar flow; Two dimensional channel;
Keywords: تعامل ساختار مایع; Propulsion unit-hull-water interaction; Fluid-structure interaction; Sea wave excitations; Shaft frequency/deformation factors; Natural vibration; Dynamic response;
Keywords: تعامل ساختار مایع; Immersed boundary method; Non-physical surface forces; Integral equation of the first kind; Regularization; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Smoothed Particle Hydrodynamics; Floating bodies transport; Flash-flood; Structural mitigation action; Lagrangian modelling; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Navier-Stokes equations; Spectral modal element method; Direct numerical simulation;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Starling resistor; Compliant channel flow;
Keywords: تعامل ساختار مایع; Axially moving plate; Fluid-structure interaction; Multiple-scale method; Vibration characteristics; Internal resonance;
Keywords: تعامل ساختار مایع; 76S05; 74Q05; 74F10; 76D07; Porous media; Homogenization; Fluid-structure interaction; Finite strains; Stokes' flow;
Keywords: تعامل ساختار مایع; Inflatable structures; Impact absorption; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; RBF; POD; Fluid-structure interaction; Non-intrusive; Coupling;
Keywords: تعامل ساختار مایع; Flexible flapping wings; Fluid-structure interaction; Self-propulsion; Deviation motion;
Keywords: تعامل ساختار مایع; Lattice Boltzmann; Immersed boundary; Cilia; Fluid-structure interaction; Flow sensing;
Keywords: تعامل ساختار مایع; Conical shell; Fluid-structure interaction; Reduced order model; Added mass frequency; Static condensation technique;
Keywords: تعامل ساختار مایع; Composite modelling; Fluid-structure interaction; Impulse wave; Landslide-tsunami; Smoothed particle hydrodynamics; SPH;
Keywords: تعامل ساختار مایع; Hydraulic transients; Waterhammer; Experimental data; Fluid-structure interaction; Viscoelasticity; Hysteresis;
Keywords: تعامل ساختار مایع; Micro-swimmers; Immersed boundary method; Fluid-structure interaction; Reduced 1D model;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Consistent time integration; Collocated grids; Incompressible flow; Moving grids; PISO;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Immersed boundary method; Thick membranes; Finite-element method; Unstructured fluid solver;
Keywords: تعامل ساختار مایع; Cut cell; Sharp interface; Immersed boundary; Runge-Kutta; Conservation; Adaptive mesh refinement; Fluid-structure interaction; Fully-resolved particle;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Compressible flow; Cut-cell method; Immersed boundary method; Mortar method;
Keywords: تعامل ساختار مایع; Carotid bifurcation; Mice; Wall shear stress; Computational fluid dynamics; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Flexible flapping wings; Passive shape optimization; Passive pitching; Mode shapes; Fluid-structure interaction; Artificial compressibility stabilization;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Compressible fluid flow; Hyperelastic solids; Riemann problems; Added-mass partitioned methods; Moving overlapping grids;
Keywords: تعامل ساختار مایع; Scalability; FLUID-STRUCTURE Interaction; Partitioned coupling;
Keywords: تعامل ساختار مایع; Radial basis function mesh deformation; Fluid-structure interaction; Greedy selection; Boundary correction; Adaptive selection;
Keywords: تعامل ساختار مایع; 65M70; 74F10; Immersed boundary method; Spectral element; Newtonian; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Arbitrary Lagrangian-Eulerian technique; Pressurized phase-field fracture; Dynamic brittle fracture; Augmented Lagrangian approach; Finite elements;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Blood flow; Fibers;
Keywords: تعامل ساختار مایع; Fluid-structure interaction; Immersed-body method; Multiphase viscous flows; Water-air interface;
Keywords: تعامل ساختار مایع; Mesh deformation; Radial basis functions; Fluid-structure interaction; H2-matrices; Fast direct solvers; Preconditioned Krylov solvers;
Keywords: تعامل ساختار مایع; Conical-cylindrical shell; Fluid-structure interaction; Supersonic flow; Frequency; Finite element; Stress stiffening;
Keywords: تعامل ساختار مایع; Graphics Processing Units; Incompressible Navier-Stokes; Embedded methods; Added mass; Fluid-structure interaction; Fully submerged buoy experiments;
Keywords: تعامل ساختار مایع; Immersed boundary method; Multiphase flow; Bubble; Variable shape; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Immersed boundary method; Fluid-structure interaction; Spring-network model; Direct forcing with moving-least-squares; Elastic zero-thickness body; Flexible flag;
Keywords: تعامل ساختار مایع; CMP; common mode pressure; FSI; fluid-structure interaction; CMPp2p,; common mode pressure effect peak-to-peak (of Pcmp) [mmHg]; Errcmp; common mode pressure estimation error [mmHg]; Pcmp; common mode pressure [mmHg]; Pd; true pressure drop [mmHg]; Pdes
Keywords: تعامل ساختار مایع; Thoracic endovascular aortic repair (TEVAR); Bird-beak; Stent-graft; Endograft collapse/infolding; Fluid-structure interaction;
Keywords: تعامل ساختار مایع; Airway; Peristalsis; Fluid-structure interaction; Pressure; Morphogenesis;