The influence of the effective concentration of cross-links, including permanent chemical bonds and variable intermolecular (physical) contacts, of the fractional composition of the dispersed filler, and of plasticization on the energy of the mechanical failure of a three-dimensionally cross-linked plasticized elastomer reinforced with silicon dioxide was examined. The computer program developed by the authors was used for calculating the energy of the mechanical failure of real composites as applied to the problem of the development of a wear-resistant polymeric composite material for waterproofing frost-resistant asphalt coating and deformation seams for automobile roads in climatic zones with wide range of temperature variation.
Russian Journal of Applied Chemistry – Springer Journals
Published: Apr 16, 2015
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