The Proceedings of the Materials and Mechanics Conference
Online ISSN : 2424-2845
2022
Session ID : OS1002
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Energy Function Identification of Hyperelastic Materials using Thin Film Indentation Test
*Tomoaki TsujiRyuta Miyamoto
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Abstract

In order to construct soft actuater, to know the deformation behavior of hyperelastic materials such as rubber is important. It is necessary to obtain parameters of energy functions, which are determined by using the experimental data. Not only uniaxial elongation test data, but also biaxial and simple shear data should be requailed. But, biaxial and simple shear test are difficult. Therefore, in this study, a equipment, which makes indentation of a thin disc specimen, is constructed. The uniaxial, biaxial and simple shear data can be obtained by the present equipment at one time. The parameters of various energy functions are identified by minimizing the mean square of the difference between the experimental results and the simulation results, which are calculated by the finite element method.

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© 2022 The Japan Society of Mechanical Engineers
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