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Authors Grenzer, M. ; Toshchevikov, V. ; Gazuz, I. ; Petry, F. ; Westermann, S. ; Heinrich, G.
Title Multiscale approach to dynamic-mechanical analysis of unfilled rubbers
Date 24.07.2014
Number 43762
Abstract A versatile multiscale theoretical approach for the viscoelasticity of the homogeneous rubber matrix has been established taking into account relaxation processes at different time and length scales as well as nonpolymeric relaxation processes at extremely high frequencies. It allows to fit and describe the dynamic moduli of unfilled S-SBR rubbers over 16 frequency decades with a limited set of parameters (relaxation times, scaling exponents) which have a clear physical meaning and obey the relations motivated by the statistical–physical theory of polymer melts and polymer networks.
Publisher Macromolecules
Wikidata
Citation Macromolecules 47 (2014) 4813-4823
DOI https://doi.org/10.1021/ma501159u
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