We present preliminary measurements of the electrical conductivity of a composite made of small conducting rods in an insulating matrix. It constitutes a model material for studying the effect of anisotropy on percolation as a function of particle length to diameter ratio. We can interpret our results, especially the lowering of threshold respective to isotropic systems, by means of a geometrical argument when the ratio is high as in our experiments.Nous présentons des mesures préliminaires de la conductivité électrique d'un matériau composite formé de particules conductrices cylindriques dans une matrice isolante réalisant un milieu modèle pour l'étude de la percolation anisotrope en fonction du rapport longueur sur diamètre des particules...
The conductivity of ternary composites (carbon fibers, carbon spheres and polymer) is presented. A t...
This study was aimed to demonstrate the possibility, based on a predictive approach, to tailor the s...
We present a two-dimensional mathematical model of a composite material with conducting inclusions (...
We present preliminary measurements of the electrical conductivity of a composite made of small cond...
We have investigated the influence of the steric properties of conducting particles in a nonconduct...
La théorie de la percolation caractérise les propriétés structurales et le comportement de la conduc...
In our previous work we investigated numerically the influence of the steric properties of conducti...
This thesis is a research project under Prof. Frank G. Karioris and Dr. Kenneth S. Mendelson to inve...
[[abstract]]c2002 Springer - A numerical scheme is developed to simulate the percolating behavior of...
We report the results, obtained from analog or numerical simulation, on the conductivity of a square...
In this article we explore how structural parameters of composites filled with one-dimensional, elec...
We present a three-dimensional simulation of electrical conductivity in isotropic, polydisperse rod ...
We present a three-dimensional simulation and calculation of electrical conductivity above the fille...
This thesis is a research project under Dr. Kenneth S. Mendelson and Mr. Frank G. Karioris aiming to...
We have studied the bond percolation problem of 3D anisotropic networks characterized by the anisotr...
The conductivity of ternary composites (carbon fibers, carbon spheres and polymer) is presented. A t...
This study was aimed to demonstrate the possibility, based on a predictive approach, to tailor the s...
We present a two-dimensional mathematical model of a composite material with conducting inclusions (...
We present preliminary measurements of the electrical conductivity of a composite made of small cond...
We have investigated the influence of the steric properties of conducting particles in a nonconduct...
La théorie de la percolation caractérise les propriétés structurales et le comportement de la conduc...
In our previous work we investigated numerically the influence of the steric properties of conducti...
This thesis is a research project under Prof. Frank G. Karioris and Dr. Kenneth S. Mendelson to inve...
[[abstract]]c2002 Springer - A numerical scheme is developed to simulate the percolating behavior of...
We report the results, obtained from analog or numerical simulation, on the conductivity of a square...
In this article we explore how structural parameters of composites filled with one-dimensional, elec...
We present a three-dimensional simulation of electrical conductivity in isotropic, polydisperse rod ...
We present a three-dimensional simulation and calculation of electrical conductivity above the fille...
This thesis is a research project under Dr. Kenneth S. Mendelson and Mr. Frank G. Karioris aiming to...
We have studied the bond percolation problem of 3D anisotropic networks characterized by the anisotr...
The conductivity of ternary composites (carbon fibers, carbon spheres and polymer) is presented. A t...
This study was aimed to demonstrate the possibility, based on a predictive approach, to tailor the s...
We present a two-dimensional mathematical model of a composite material with conducting inclusions (...