On the behaviour of rubberlike materials in compression and shear

P.A.J. Bogert, van den; R. Borst, de

doi:10.1007/BF00789105

On the behaviour of rubberlike materials in compression and shear

P.A.J. Bogert, van den, R. Borst, de

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Abstract

The mechanical behaviour of rubberlike materials is modelled in a phenomenological approach using a strain-energy formulation. Nonhomogeneous shear experiments on solid rubber specimens have been carried out as well as simple elongation tests on the same rubber compound. The elongation tests have been used to determine the model constants. By a comparison between experiment and numerical simulation of the nonhomogeneous shear test the predictive capabilities of the Mooney-Rivlin, the Ogden and the Besseling model have been assessed for compression-shear deformation paths. An analytical study explains the numerically observed behaviour.

Original language	English
Pages (from-to)	136-146
Number of pages	11
Journal	Archive of Applied Mechanics
Volume	64
Issue number	2
DOIs	https://doi.org/10.1007/BF00789105
Publication status	Published - 1994

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title = "On the behaviour of rubberlike materials in compression and shear",

abstract = "The mechanical behaviour of rubberlike materials is modelled in a phenomenological approach using a strain-energy formulation. Nonhomogeneous shear experiments on solid rubber specimens have been carried out as well as simple elongation tests on the same rubber compound. The elongation tests have been used to determine the model constants. By a comparison between experiment and numerical simulation of the nonhomogeneous shear test the predictive capabilities of the Mooney-Rivlin, the Ogden and the Besseling model have been assessed for compression-shear deformation paths. An analytical study explains the numerically observed behaviour.",

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AB - The mechanical behaviour of rubberlike materials is modelled in a phenomenological approach using a strain-energy formulation. Nonhomogeneous shear experiments on solid rubber specimens have been carried out as well as simple elongation tests on the same rubber compound. The elongation tests have been used to determine the model constants. By a comparison between experiment and numerical simulation of the nonhomogeneous shear test the predictive capabilities of the Mooney-Rivlin, the Ogden and the Besseling model have been assessed for compression-shear deformation paths. An analytical study explains the numerically observed behaviour.

U2 - 10.1007/BF00789105

DO - 10.1007/BF00789105

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VL - 64

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JO - Archive of Applied Mechanics

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On the behaviour of rubberlike materials in compression and shear

Abstract

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