The role of the rubber-filler interphase in linear viscoelasticity of SBRs filled with carbon-black nano-size particles

J. Diani; P. Gilormini; Y. Merckel; F. Vion-Loisel

doi:10.1201/b14964-53

The role of the rubber-filler interphase in linear viscoelasticity of SBRs filled with carbon-black nano-size particles

J. Diani
, P. Gilormini
, Y. Merckel
, F. Vion-Loisel

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

Abstract

Several carbon-black filled styrene butadiene rubbers were submitted to dynamic mechanical analysis tests in order to investigate the effect of nano-size filler reinforcement on rubber linear viscoelasticity. Experimental data are in favor of the existence of a rubber interphase at the filler-rubber interface with enhanced properties compared to the bulk rubber. A micromechanics modeling of the problem provides estimate of the effective volume fraction of filler and of the behavior and thickness of the interphase.

Original language	English
Title of host publication	Constitutive Models for Rubber VIII
Publisher	CRC Press
Pages	281-285
Number of pages	5
ISBN (Electronic)	9781315884844
ISBN (Print)	9781138000728
DOIs	https://doi.org/10.1201/b14964-53
Publication status	Published - 1 Jan 2013

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abstract = "Several carbon-black filled styrene butadiene rubbers were submitted to dynamic mechanical analysis tests in order to investigate the effect of nano-size filler reinforcement on rubber linear viscoelasticity. Experimental data are in favor of the existence of a rubber interphase at the filler-rubber interface with enhanced properties compared to the bulk rubber. A micromechanics modeling of the problem provides estimate of the effective volume fraction of filler and of the behavior and thickness of the interphase.",

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AU - Vion-Loisel, F.

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AB - Several carbon-black filled styrene butadiene rubbers were submitted to dynamic mechanical analysis tests in order to investigate the effect of nano-size filler reinforcement on rubber linear viscoelasticity. Experimental data are in favor of the existence of a rubber interphase at the filler-rubber interface with enhanced properties compared to the bulk rubber. A micromechanics modeling of the problem provides estimate of the effective volume fraction of filler and of the behavior and thickness of the interphase.

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The role of the rubber-filler interphase in linear viscoelasticity of SBRs filled with carbon-black nano-size particles

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