Publication detail

Computational Simulation of the Shear Test of a Multi-layered Long-Fibre Composite with a Polymer Matrix

Authors: Krmela Jan | Krmelová Vladimíra | Artyukhov Artem | Sadjiep Tchuigwa Baurice Sylvain | Bakošová Alžbeta

Year: 2021

Type of publication: ostatní - článek

Name of source: IOP Conference Series: Materials Science and Engineering

Page from-to: 1-10

Titles:

Language	Name	Abstract	Keywords
cze	Výpočtová simulace smykové zkoušky vícevrstvého dlouhovláknového kompozitu s polymerní matricí	Článek se zabývá vytvořením výpočtového modelu vícevrstvého kompozitu z dlouhých vláken uložených v polymerní matrici a jeho použitím k simulaci odezvy kompozitu na smykovou zkoušku. Výzkum zahrnuje stanovení materiálových parametrů matrice a kordů.	simulace; kompozit; polymer; smyková zkouška
eng	Computational Simulation of the Shear Test of a Multi-layered Long-Fibre Composite with a Polymer Matrix	This paper deals with the creation of a computational model of a multi-layered composite made of long fibres embedded in a polymer matrix and its use to simulate the response of the composite to a shear test. The research involves the determination of material parameters of the matrix (elastomer, in the context of the current paper) as well as of fibres (textile-cords and steel-cords). Careful attention is given to the Mooney-Rivlin parameters obtained from the elastomers tensile test for these simulations since shear tests have not been performed. Then by getting advantage of APDL (Ansys Parametric Design Language) in ANSYS, the computational model was successfully created and lastly simulated. The outputs obtained from the computational modelling will greatly help later to refine the orthotropic parameters of the composite, needed in future works to build up and achieve computational simulations of tires.	simulation; composite; polymer; shear test

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