yoon-reducedtextureapproachfor-2020.pdf (374.93 kB)
Reduced texture approach for crystal plasticity finite element method toward macroscopic engineering applications
In Crystal Plasticity Finite Element Method (CPFEM), normally over thousands Euler angles are used. It leads to high computational cost. To efficiently solve this problem, a reduced texture approach was implemented through User MATerial Interface (UMAT). Specific material parameters including the texture information were calibrated to characterize anisotropic behavior. For the calibration, it is used the stress-strain curves and r-values along the rolling, diagonal, and transverse directions. In this study, AA 2090-T3 was modelled with the reduced texture approach by characterizing 12 parameters. Single element simulation result from the reduced texture approach shows a good agreement with the experimental data. In addition, a deep drawing simulation for AA 2090-T3 was performed. The simulation results from the reduced texture approach were compared with those from the advanced constitutive models such as Yld2000-2d and Yld2004-18p in terms of accuracy and time efficiency. It shows a great potential that the reduced texture approach based on the crystal plasticity theory could be applied to macroscopic engineering problems as an alternative solution for continuum level advanced constitutive models.
History
Event
International Deep Drawing Research Group. Conference (2020 : Online from Seoul, South Korea)Volume
967Series
International Deep Drawing Research Group ConferencePagination
1 - 6Publisher
IOP PublishingLocation
Online from Seoul, South KoreaPlace of publication
Bristol, Eng.Publisher DOI
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Start date
2020-10-26End date
2020-10-30ISSN
1757-8981eISSN
1757-899XLanguage
engPublication classification
E1 Full written paper - refereedEditor/Contributor(s)
[Unknown]Title of proceedings
IDDRG 2020 : Proceedings of the International Deep-Drawing Research Group Annual Conference 2020Usage metrics
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