The relationship between the distribution of particle centers in random beds of uniformly sized spheres and radial properties, in particular radial voidage profiles, is undertaken in this work. To this end, closed expressions for six geometrical quantities related to the intersection of spheres with cylindrical surfaces are presented. The relations to compute radial properties are then expressed in terms of those geometrical quantities and it is shown that for realistic types of particle center distribution, the calculations can be carried out without resorting to simplifying assumptions or numerical integration. The significance of radial profiles of particle surface area is also discussed.Fil: Mariani, Nestor Javier. Universidad de Buenos...
Several topics related to packing on a sphere are discussed: packing points, packing lines through t...
By computer simulation, we examined how a wall or a floor of a container affects the random packing ...
A new and simple method is established to examine the radial porosity profile of mono-sized spheres ...
The relationship between the radial voidage profile, ϵ(r), and the radial distribution of centres of...
A model describing the radial distribution of monosized spheres in randomly packed beds up to distan...
The radial void fraction distribution in randomly packed fixed beds of uniformly sized spheres in cy...
Packed beds find extensive application in a wide variety of industries to cany out a large number of...
International audienceMulti-scale aggregates are composed of particles which results themselves of a...
The radial distribution function, g(r), is ubiquitously used to analyze the internal structure of pa...
A functional approach has been developed to investigate the radial porosity of mono-sized spheres in...
This contribution is focused on the analysis of the structure of packed beds of spherical particles ...
The aim of this work is to propose an algorithm to simulate the packed bed structure of mono-sized s...
This thesis deals with the random packing of colloids and granular matter. A random packing is a sta...
The radial void fraction distribution of equal sized spheres in cylindrical packed bed tubes with lo...
International audienceWe analyze the packing properties of simulated three-dimensional polydisperse ...
Several topics related to packing on a sphere are discussed: packing points, packing lines through t...
By computer simulation, we examined how a wall or a floor of a container affects the random packing ...
A new and simple method is established to examine the radial porosity profile of mono-sized spheres ...
The relationship between the radial voidage profile, ϵ(r), and the radial distribution of centres of...
A model describing the radial distribution of monosized spheres in randomly packed beds up to distan...
The radial void fraction distribution in randomly packed fixed beds of uniformly sized spheres in cy...
Packed beds find extensive application in a wide variety of industries to cany out a large number of...
International audienceMulti-scale aggregates are composed of particles which results themselves of a...
The radial distribution function, g(r), is ubiquitously used to analyze the internal structure of pa...
A functional approach has been developed to investigate the radial porosity of mono-sized spheres in...
This contribution is focused on the analysis of the structure of packed beds of spherical particles ...
The aim of this work is to propose an algorithm to simulate the packed bed structure of mono-sized s...
This thesis deals with the random packing of colloids and granular matter. A random packing is a sta...
The radial void fraction distribution of equal sized spheres in cylindrical packed bed tubes with lo...
International audienceWe analyze the packing properties of simulated three-dimensional polydisperse ...
Several topics related to packing on a sphere are discussed: packing points, packing lines through t...
By computer simulation, we examined how a wall or a floor of a container affects the random packing ...
A new and simple method is established to examine the radial porosity profile of mono-sized spheres ...