We model the elastic deformation of reinforced rubbers by a system of rigid spherical particles embedded in a Gaussian phantom network. The force constant matrix acting on the filler particles is derived from electrostatic analogies. This is used in constant-stress Monte Carlo simulations of the filled rubber.
Filler particles in a rubber matrix: theory and computersimulations
RAOS, GUIDO;ALLEGRA, GIUSEPPE
1999-01-01
Abstract
We model the elastic deformation of reinforced rubbers by a system of rigid spherical particles embedded in a Gaussian phantom network. The force constant matrix acting on the filler particles is derived from electrostatic analogies. This is used in constant-stress Monte Carlo simulations of the filled rubber.File in questo prodotto:
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RaosAllegra-FillerRubber-CIMTEC99.pdf
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