Journal
MATERIALS TESTING
Volume 56, Issue 11-12, Pages 915-922Publisher
CARL HANSER VERLAG
DOI: 10.3139/120.110651
Keywords
Residual stress; hole-drilling method; texture; anisotropy
Funding
- The Graduate School 1483 Process chains in production: modeling, interactions and assessments of process zones
- German research foundation (DFG)
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In sheet metal forming, residual stress distributions are often accompanied by crystallographic texture. Incremental hole-drilling for stress analysis is only reliably applicable for isotropic materials. The objective of this study is to determine the influence of texture on residual stress analysis using conventional evaluation methods and to specify the application limits in case of textured material states. A systematic finite element simulation study for ideal texture orientations is conducted with respect to the strain gage rosette orientation. The results of the numerical investigations show that reliable stress analysis on strongly textured materials is not feasible using the existing evaluation method. The application limits are given for the application of commercially available evaluation software with respect to degree of anisotropy, stress state and strain gage orientation.
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