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5,439
Transport of solid particles in fluids
"... A theoretical framework is presented for the description of active transport of solid particles in turbulent fluids. Active transport exists when large enough particle concentration is present in the fluid and when the mass of particles is large enough for inertia effects to be non negligible. In su ..."
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A theoretical framework is presented for the description of active transport of solid particles in turbulent fluids. Active transport exists when large enough particle concentration is present in the fluid and when the mass of particles is large enough for inertia effects to be non negligible
The Mechanisms of Pedestrian Slip on Flooring Contaminated with Solid Particles
"... pedestrian slip on flooring contaminated with solid particles. Tribology ..."
Naturally Entraining Solid Particle Injector
"... Abstract The objective of the present work is to develop and calibrate a novel, vertical solid particle injector that uses the pressure drop in the air flow across an orifice plate in a circular pipe, to naturally entrain micron-sized solid particles such as coal dust. The particles continuously dr ..."
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Abstract The objective of the present work is to develop and calibrate a novel, vertical solid particle injector that uses the pressure drop in the air flow across an orifice plate in a circular pipe, to naturally entrain micron-sized solid particles such as coal dust. The particles continuously
Direct Numerical Simulation of the Sedimentation of Solid Particles with Thermal Convection
, 2002
"... Direct numerical simulation of the sedimentation of solid particles with thermal convection ..."
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Cited by 2 (0 self)
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Direct numerical simulation of the sedimentation of solid particles with thermal convection
Parallelizing Solid Particles in Lattice-Boltzmann Fluid Dynamics
"... Abstract Computational fluid dynamics (CFD) is a widely used numerical method for simulating complex systems, with applications ranging from aerodynamic science to hydrology. The lattice-Boltzmann method is a relatively recent technique that has been shown to be as accurate as traditional CFD method ..."
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methods, but with the ability to integrate arbitrarily complex geometries at a reduced computational cost. Although fluid flow in the lattice-Boltzmann method is easily parallelized, this is not true of the specific problem of modeling solid particles suspended in a fluid. The data structures representing
The distribution of projected area and perimeter of convex, solid particles
- 457 (2001) 283–306; MR1848091 (2003e:82027
"... The probability density function of projected area and the joint probability density function of projected perimeter and area have been evaluated for convex solid par-ticles whose shapes are ellipsoidal, cylindrical and conical. This provides a starting point for a study of how calculated two-dimens ..."
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Cited by 3 (0 self)
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The probability density function of projected area and the joint probability density function of projected perimeter and area have been evaluated for convex solid par-ticles whose shapes are ellipsoidal, cylindrical and conical. This provides a starting point for a study of how calculated two
EFFECT OF IMPELLER SHAPE ON SOLID PARTICLE SUSPENSION
"... This paper deals with the effect of impeller shape on off-bottom particle suspension. On the basis of numerous suspension measurements, correlations are proposed for calculating the just-suspended impeller speed for a standard pitched four-blade turbine and three types of hydrofoil impellers produce ..."
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produced by TECHMIX for several particle sizes and for a wide range of particle concentrations. The suspension efficiency of the tested impellers is compared with the efficiency of a standard pitched blade turbine on the basis of the power consumption required for off-bottom suspension of solid particles
THE EFFECT OF ADSORPTION ON THE INTERACTION BETWEEN SOLID PARTICLES
, 1976
"... Abstract-A unifying thermodynamic framework is developed within which the effects of adsorption on the interaction between solid particles can be discussed. The proposed treatment embraces interactions between solids immersed in a gaseous, pure liquid or solution environment, and is applicable to b ..."
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Abstract-A unifying thermodynamic framework is developed within which the effects of adsorption on the interaction between solid particles can be discussed. The proposed treatment embraces interactions between solids immersed in a gaseous, pure liquid or solution environment, and is applicable
Numerical methods for solid particles in particulate flow simulations
- European J. Comp. Mechanics
"... ABSTRACT. The flow motion of solid particle suspensions is a fundamental issue in many problems of practical interest. The velocity field of a such system is computed by a finite element method with a multi-domain approach of two phases (namely a viscous fluid and rigid bodies), whereas the particle ..."
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Cited by 3 (2 self)
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ABSTRACT. The flow motion of solid particle suspensions is a fundamental issue in many problems of practical interest. The velocity field of a such system is computed by a finite element method with a multi-domain approach of two phases (namely a viscous fluid and rigid bodies), whereas
Results 1 - 10
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5,439
