Long-time stress relaxation of filled amorphous networks under uniaxial tension: dynamic constrained junction model

Konyalı, Haluk and Menceloğlu, Yusuf Z. and Erman, Burak (2009) Long-time stress relaxation of filled amorphous networks under uniaxial tension: dynamic constrained junction model. Plastics, Rubber and Composites, 38 (8). pp. 327-332. ISSN 1465-8011

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Official URL: http://dx.doi.org/10.1179/146580109X12473409436869

Abstract

The dynamic constrained junction model, based on the equilibrium theory of rubber elasticity, is applied to study the effects of fillers on the relaxation of stress in uniaxially deformed rubbers. Only low degrees of reinforcement are considered where complications such as filler-filler interactions are not pronounced. The proposed model is based on a purely molecular picture of the network and attempts to explain the molecular origins of the deformation and time dependence of stress in filled rubbers. Comparison with experimental data on filled (poly) isoprene networks showed that the deformation and time dependence of lightly filled samples can be predicted satisfactorily by the model.

Item Type:	Article
Uncontrolled Keywords:	Molecular theory of rubbers; Viscoelasticity; Constraints; Stress relaxation
Subjects:	UNSPECIFIED
ID Code:	13490
Deposited By:	Yusuf Z. Menceloğlu
Deposited On:	12 Dec 2009 22:11
Last Modified:	24 Jul 2019 12:25

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Long-time stress relaxation of filled amorphous networks under uniaxial tension: The dynamic constrained junction model. (deposited 01 Nov 2009 17:29)
- Long-time stress relaxation of filled amorphous networks under uniaxial tension: dynamic constrained junction model. (deposited 12 Dec 2009 22:11) [Currently Displayed]

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