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Love waves in initially deformed rubberlike Gent and Yeoh materials

Kosińska, A. / Kosiński, S.

The purpose of this paper is to consider the effect of the initial deformation on the propagation of Love waves in nonlinear rubberlike materials with the representation of the strain energy function derived by Gent and Yeoh. A layer of finite thickness overlying a half space, both made of different and initially deformed rubberlike materials is taken. We assume that the initial deformation in both material regions is the same. The dependence of the strain energy function W = W (I₁) on the first invariants I₁ of the deformation tensor generates in both of these materials essential qualitative differences between the linear and linearised approach to the Love waves.

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Love waves in initially deformed rubberlike Gent and Yeoh materials

Kosińska, A. / Kosiński, S.

The purpose of this paper is to consider the effect of the initial deformation on the propagation of Love waves in nonlinear rubberlike materials with the representation of the strain energy function derived by Gent and Yeoh. A layer of finite thickness overlying a half space, both made of different and initially deformed rubberlike materials is taken. We assume that the initial deformation in both material regions is the same. The dependence of the strain energy function W = W (I₁) on the first invariants I₁ of the deformation tensor generates in both of these materials essential qualitative differences between the linear and linearised approach to the Love waves.

Love waves in initially deformed rubberlike Gent and Yeoh materials

Kosińska, A. / Kosiński, S.

The purpose of this paper is to consider the effect of the initial deformation on the propagation of Love waves in nonlinear rubberlike materials with the representation of the strain energy function derived by Gent and Yeoh. A layer of finite thickness overlying a half space, both made of different and initially deformed rubberlike materials is taken. We assume that the initial deformation in both material regions is the same. The dependence of the strain energy function W = W (I₁) on the first invariants I₁ of the deformation tensor generates in both of these materials essential qualitative differences between the linear and linearised approach to the Love waves.

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Title:

Love waves in initially deformed rubberlike Gent and Yeoh materials

Additional title:

Fale Love’a we wstępnie odkształconych materiałach Genta i Yeoha

Contributors:

Kosińska, A. (author) / Kosiński, S. (author)

Published in:

Archives of Civil and Mechanical Engineering ; 11 ; 365-377

Publication date:

2011-06-01

Size:

13 pages

ISSN:

DOI:

https://doi.org/10.1016/S1644-9665(12)60149-6

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Love waves , Gent and Yeoh materials , small motions superimposed on large static deformations Engineering , Materials Engineering , Civil Engineering , Mechanical Engineering , Structural Materials

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