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Procedure of SPC data treatment for “uniaxial test correlation”
Author(s) -
Y.Z. Li,
Paul Stevens,
Petr Dymáček,
F. Dobeš
Publication year - 2018
Publication title -
ubiquity proceedings
Language(s) - English
Resource type - Journals
ISSN - 2631-5602
DOI - 10.5334/uproc.35
Subject(s) - creep , test data , finite element method , materials science , experimental data , structural engineering , stress (linguistics) , uniaxial tension , mathematics , engineering , composite material , statistics , linguistics , philosophy , software engineering , ultimate tensile strength
In order to determine creep properties from small punch creep (SPC) tests, several theoretical models and analytic methods are applied, such as the Chakrabarty’s membrane stretch model and reverse finite element method. However, because the problem is too complicated, differences are always found between the theoretical prediction and the uniaxial creep tests. In this paper, a concept of “Uniaxial test correlation” is proposed without any theoretical assumption and analytic calculation. By comparison of the rupture time in SPC with the uniaxial creep rupture data, the equivalent stress

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