Numerical Validation of Analytical Biaxial True Stress-True Strain Curves from the Bulge Test

The present investigation deals with the validation of the experimentally obtained biaxial true stress-true strain curves of the HCT 780 degree C sheet material from the bulge test with the help of the FEA. Furthermore the investigation handles the consideration of the bending influence via the blan...

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Hauptverfasser: Vucetic, M, Bouguecha, A, Peshekhodov, I, Gotze, T, Huinink, T, Friebe, H, Moller, T, Behrens, B-A
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container_issue Part A
container_start_page 107
container_title
container_volume 1383
creator Vucetic, M
Bouguecha, A
Peshekhodov, I
Gotze, T
Huinink, T
Friebe, H
Moller, T
Behrens, B-A
description The present investigation deals with the validation of the experimentally obtained biaxial true stress-true strain curves of the HCT 780 degree C sheet material from the bulge test with the help of the FEA. Furthermore the investigation handles the consideration of the bending influence via the blank curvature evaluation with an optical measurement system Gom ARAMIS.
doi_str_mv 10.1063/1.3623599
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subjects Bend tests
Blanks
Conferences
Curvature
Finite element method
Handles
Mathematical analysis
Strain
title Numerical Validation of Analytical Biaxial True Stress-True Strain Curves from the Bulge Test
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