Add to ORKGThe study of granular systems is of great interest to many fields of science and technology. The packing of particles affects to the physical properties of the granular system. In particular, the crucial influence of particle size distribution (PSD) on the random packing structure increase the interest in relating both, either theoretically or by computational methods. A packing computational method is developed in order to estimate the void fraction corresponding to a fractal-like particle size distribution
International audienceMost of the existing particle packing models were linear or only applicable fo...
Fragmentation schemes inspired by theoretical results and conjectures of Kolmogorov are applied to p...
peer reviewedFor reaching high packing fractions, grains of various sizes are often mixed together a...
The study of granular systems is of great interest to many fields of science and technology. The pac...
The study of granular systems is of great interest to many fields of science and technology. The pac...
A 2D computer simulation method of random packings is applied to sets of particles generated by a se...
The study of particulate systems is of great interest in many fields of science and technology. Soil...
This paper is a study of the dependence of the volume of voids in a granular material on the particl...
model taking in account this effect was suggested that can be useful in the characteriza-including p...
We present simple computer algorithms able to build random packings of spheres using the ballistic d...
Granular materials are the second most manipulated material in industry after water and their prope...
Porosity is one of the most important properties of particulate materials, and it has been well know...
This paper addresses the geometric random packing and void fraction of polydisperse particles. It is...
This study presents an experimental analysis on the influence of the particle size distribution (psd...
This thesis deals with the random packing of colloids and granular matter. A random packing is a sta...
International audienceMost of the existing particle packing models were linear or only applicable fo...
Fragmentation schemes inspired by theoretical results and conjectures of Kolmogorov are applied to p...
peer reviewedFor reaching high packing fractions, grains of various sizes are often mixed together a...
The study of granular systems is of great interest to many fields of science and technology. The pac...
The study of granular systems is of great interest to many fields of science and technology. The pac...
A 2D computer simulation method of random packings is applied to sets of particles generated by a se...
The study of particulate systems is of great interest in many fields of science and technology. Soil...
This paper is a study of the dependence of the volume of voids in a granular material on the particl...
model taking in account this effect was suggested that can be useful in the characteriza-including p...
We present simple computer algorithms able to build random packings of spheres using the ballistic d...
Granular materials are the second most manipulated material in industry after water and their prope...
Porosity is one of the most important properties of particulate materials, and it has been well know...
This paper addresses the geometric random packing and void fraction of polydisperse particles. It is...
This study presents an experimental analysis on the influence of the particle size distribution (psd...
This thesis deals with the random packing of colloids and granular matter. A random packing is a sta...
International audienceMost of the existing particle packing models were linear or only applicable fo...
Fragmentation schemes inspired by theoretical results and conjectures of Kolmogorov are applied to p...
peer reviewedFor reaching high packing fractions, grains of various sizes are often mixed together a...