Characterization of a cork-rubber composite using advanced material models
Date issued
2019
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Elsevier
Abstract
Tento článek se zabývá charakterizací chování korko-pryžového kompozitu. Na základě provedených tahových, tlakových a smykových experimentů, byly kalibrovány parametry pokročilých materiálových modelů za pomocí programu Mcalibration. Nejlepší shody bylo dosaženo pro materiálový model Bergström-Boyce a pro kombinaci Yeohova materiálového modelu a mocninového zákona.
Following contribution deals with characterization of cork-rubber composite behaviour. Based on results of performed tension, compression and shear experiments were calibrated parameters of advanced material models in Mcalibration software. There were chosen material models available in Abaqus software. The best conformity was found for Bergström-Boyce material model and a combination of Yeoh’s material model and Power law, represented using Parallel network framework.
Following contribution deals with characterization of cork-rubber composite behaviour. Based on results of performed tension, compression and shear experiments were calibrated parameters of advanced material models in Mcalibration software. There were chosen material models available in Abaqus software. The best conformity was found for Bergström-Boyce material model and a combination of Yeoh’s material model and Power law, represented using Parallel network framework.
Description
Subject(s)
Abaqus, Korek, Kompozit, Mcalibration, Paralel Network
Citation
KOCÁB, J., KOTTNER, R., KOSSA, A. Characterization of a cork-rubber composite using advanced material models. In: Materials Today: Proceedings. Amsterdam: Elsevier, 2019. s. 340-345. ISSN 2214-7853.