Keywords: جریان جامد; Particulate flow; Sedimentation; Density ratio effect; Lattice Boltzmann method;
مقالات ISI جریان جامد (ترجمه نشده)
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Keywords: جریان جامد; Integral equation methods; Stokes flow; Particulate flow; Fast algorithms;
Keywords: جریان جامد; Particulate flow; Discrete particle simulation; Fluid-particle coupling; Lattice Boltzmann method; Discrete element method;
Keywords: جریان جامد; Particulate flow; Moving granular bed; Discrete element simulation; Bulk material transport;
Keywords: جریان جامد; Microfiltration; Particulate flow; Membrane fouling; Lattice Boltzmann method (LBM); Discrete element method (DEM);
Keywords: جریان جامد; Particulate flow; Slurry; Erosion; Abrasive wear; CFD; Mechanistic modeling;
Keywords: جریان جامد; Triboelectrification; Firearms; Transient electric field; Particulate flow;
Keywords: جریان جامد; Lattice Boltzmann method; Particulate flow; Direct numerical simulation; Fluid-structure interaction; Momentum exchange method; Partially saturated cells method;
Keywords: جریان جامد; Integral equation methods; Stokes flow; Particulate flow; Fast algorithms;
Keywords: جریان جامد; Particulate flow; Overset grids; Direct numerical simulation; Incompressible flow;
Keywords: جریان جامد; Immersed boundary; Unstructured grid; Particulate flow; Fully resolved simulations; Non-Newtonian fluid flow; Viscoelasticity;
Keywords: جریان جامد; Immersed boundary method; Lattice Boltzmann; Particulate flow; Forcing method;
Keywords: جریان جامد; Thermal lattice Boltzmann method; Immersed boundary method; Particulate flow; Heat transfer; Moving particle; Natural convection;
Keywords: جریان جامد; Radial inflow steam turbine; Particulate flow; CFD; Erosion; Vortex field
Keywords: جریان جامد; Concentrated solar power; Particle heating receiver; Numerical simulation; Particulate flow; Granular flow; Porous structure
Keywords: جریان جامد; Fluid-structure interaction; Fluid-solid interaction; Cartesian grid; Immersed boundary method; Direct forcing; Reconstruction stencil; Strong coupling; Non-iterative scheme; Non-inertial reference frame; Vortex-induced vibration; Galloping; Particula
Keywords: جریان جامد; Packed bed; Catalyst reactor; Granular dynamics; Particulate flow; Parallel computing;
Keywords: جریان جامد; Discrete element method (DEM); Granular matter; Non-spherical particles; Contact detection; Particle packing; Particulate flow;
Keywords: جریان جامد; Particulate flow; Fictitious domain; GPU acceleration; Differentially heated cavity; Natural convection; Direct numerical simulation;
Keywords: جریان جامد; Sphere wake; Particulate flow; Direct numerical simulation; Interface resolution; Spectral element method; Benchmarking; Immersed boundary method;
Keywords: جریان جامد; Particulate flow; Finite element; Incompressible flow; Rigid particle; Navier–Stokes equation; Validation
Keywords: جریان جامد; 76B47; 76D27; 76T30; Marangoni convection; Particulate flow; Segregation; Particle accumulation structures; PAS;
Keywords: جریان جامد; Spiral separator; Particulate flow; Numerical simulation; Turbulence modeling; Gravity separation; CFD;
Sedimentation of elliptical particles using Immersed Boundary - Lattice Boltzmann Method: A complementary repulsive force model
Keywords: جریان جامد; Particulate flow; Elliptical particle; Repulsive force; Immersed Boundary method; Lattice Boltzmann Method; Size ratio;
A modified direct method for void fraction calculation in CFD–DEM simulations
Keywords: جریان جامد; CFD–DEM simulation; Cell void fraction; Particle meshing method; Computational efficiency; Particulate flow
A SPH solver for simulating paramagnetic solid fluid interaction in the presence of an external magnetic field
Keywords: جریان جامد; Smoothed particle hydrodynamics (SPH); Magnetorheology; Magnetostatics; Particulate flow;
Coupled CFD-DEM simulation of hydrodynamic bridging at constrictions
Keywords: جریان جامد; Particulate flow; Hydrodynamic bridging; Jamming; Constriction; CFD-DEM;
A hybrid FD-DEM solver for rigid particles in viscous fluid
Keywords: جریان جامد; Collision; Particulate flow; Repulsive force; Fictitious domain method; Discrete element method; Discrete δ-function;
Prediction of empirical properties using direct pore-scale simulation of straining through 3D microtomography images of porous media
Keywords: جریان جامد; Straining; X-ray microtomography image; Porous media; Particulate flow; Pore-scale modeling;
A combined TLBM-IBM-DEM scheme for simulating isothermal particulate flow in fluid
Keywords: جریان جامد; Thermal Lattice Boltzmann Method; Immersed Boundary Method; Discrete Element Method; Particulate flow; Heat transfer;
Accuracy of Finite Volume/Staggered Grid Distributed Lagrange Multiplier/Fictitious Domain simulations of particulate flows
Keywords: جریان جامد; Particulate flow; Distributed Lagrange Multiplier/Fictitious Domain method; Finite volume; Solution accuracy; Parallel computing;
Influences of operating parameters on the hydrodynamics of a 3-D spout–fluid bed based on DEM modeling approach
Keywords: جریان جامد; Spout–fluid bed; Hydrodynamics; Discrete element method; Multiphase flow; Particulate flow
Comparison of methods for computing the concentration field of a particulate flow
Keywords: جریان جامد; Particulate flow; Concentration field; Scattered data interpolation
Simulation of floating bodies with the lattice Boltzmann method
Keywords: جریان جامد; Lattice Boltzmann; Free surface; Interface capturing; Particulate flow; Floating body; Fluid–structure interaction
A multiphase DNS approach for handling solid particles motion with heat transfer
Keywords: جریان جامد; Particulate flow; Heat transfer; Gas-solid-liquid systems;
An interface-fitted subspace projection method for finite element simulations of particulate flows
Keywords: جریان جامد; Particulate flow; Navier–Stokes equation; Finite element method; Fictitious domain method; Mesh optimization; Arbitrary Lagrangian–Eulerian formulation
An improved bounce-back scheme for complex boundary conditions in lattice Boltzmann method
Keywords: جریان جامد; Lattice Boltzmann method; Boundary condition; Fluid–structure interaction; Particulate flow; Porous flow
Modelling particle random walk in a confined environment for inclusion in fluidised bed applications
Keywords: جریان جامد; Random walk; Particulate flow; Hexagonal close packed lattice
A modified SPH method for simulating motion of rigid bodies in Newtonian fluid flows
Keywords: جریان جامد; Smoothed particle hydrodynamics (SPH); Weakly compressible; Particulate flow; Boundary condition; Consistency
DNS of vertical plane channel flow with finite-size particles: Voronoi analysis, acceleration statistics and particle-conditioned averaging
Keywords: جریان جامد; Particulate flow; Direct numerical simulation; Interface resolution; Turbulent channel flow;
SPH simulation of interacting solid bodies suspended in a shear flow of an Oldroyd-B fluid
Keywords: جریان جامد; Smoothed Particle Hydrodynamics (SPH); Weakly compressible; Particulate flow; Viscoelastic; Oldroyd-B
Rising of 3D catalyst particles in a natural convection dominated flow by a parallel DNS method
Keywords: جریان جامد; Particulate flow; Distributed Lagrange Multiplier/Fictitious Domain method; Discrete Element Method; Heat transfer; Catalysts; Parallel computing
A mesoscopic description of polydispersed particle laden turbulent flows
Keywords: جریان جامد; Polydispersed; Eulerian field equation; Spray process; Moment transport equations; Turbulent flow; Particulate flow; Maximum entropy; Eulerian–Eulerian approach
Heat transfer in particulate flows with Direct Numerical Simulation (DNS)
Keywords: جریان جامد; Particulate flow; Solid and fluid interaction; Heat transfer; Immersed boundary method
Comparison of the RANS and PDF methods for air-particle flows
Keywords: جریان جامد; RANS; PDF; Models; Particulate flow; Pipe flow
A fictitious domain/distributed Lagrange multiplier method for the particulate flow of Oldroyd-B fluids: A positive definiteness preserving approach
Keywords: جریان جامد; Oldroyd-B fluid; Positive definiteness; Fictitious domain; Particulate flow; Finite element; Operator splitting;
Discrete-element modeling of particulate aerosol flows
Keywords: جریان جامد; Particulate flow; Aerosols; Particle adhesion; Aggregation
Immersed finite element method for rigid body motions in the incompressible Navier–Stokes flow
Keywords: جریان جامد; Fluid–structure interaction; Immersed finite element method; Particulate flow; 2D incompressible Navier–Stokes flow
Collision of multi-particle and general shape objects in a viscous fluid
Keywords: جریان جامد; Collision; Particulate flow; Numerical simulation; Finite-volume method
Experimental study on collision rates of inertial particles in particulate flows under the effect of gravity
Keywords: جریان جامد; Particle–particle collision; Collision frequency; Particulate flow; Gas–solid flow; Gravitational flow