Data used in the paper: A compact cyclic viscoelastic-plastic model for solid polymers. Comparison with experiments and state-of-the-art model predictions.

Name: Data used in the paper: A compact cyclic viscoelastic-plastic model for solid polymers. Comparison with experiments and state-of-the-art model predictions.
Creator: Sami Holopainen
Published: 2019-08-17T11:44:56.217Z
Keywords: Database

Holopainen, Sami; thierry, barriere; gabrion, xavier

doi:10.17632/7dpsyn8y62.1

Data used in the paper: A compact cyclic viscoelastic-plastic model for solid polymers. Comparison with experiments and state-of-the-art model predictions.

Published: 17 August 2019| Version 1 | DOI: 10.17632/7dpsyn8y62.1

Contributors:

Sami Holopainen, barriere thierry, xavier gabrion

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Tests were conducted at Univ. Bourgogne Franche-Comte, FEMTO-ST Institute, Department of Applied Mechanics, Besancon, France. The tests were conducted under isothermal conditions at room temperature when the frequency of 5 Hz and stress ratio of 0.5 were applied (for a PC -polymer). The elongation of dumbbell -shaped PC-specimens versus the applied force F was measured. The elongation was measured by an extensometer. The stress was defined by F/A, where the area of the initial cross section (gauge section) is given by A. Hysteresis loops given in the paper are based on this stress vs strain -data.

Data used in the paper: A compact cyclic viscoelastic-plastic model for solid polymers. Comparison with experiments and state-of-the-art model predictions.

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