| Autor: |
Dashti, Alireza, Guillet, Alain, Keller, Clément, Vieille, Benoit |
| Zdroj: |
Key Engineering Materials; July 2022, Vol. 926 Issue: 1 p381-388, 8p |
| Abstrakt: |
The present study investigates the tensile behavior of the two bimetallic composite wires Cu-Al and Fe-Al. The purpose is to understand the deviation their tensile strengths show from the Rule of Mixtures’ prediction. To that end, an experimental-numerical approach was adopted. Following tensile testing of the above cold-drawn composite wires, the manufacturing process (wire drawing) was simulated via finite element analysis. The prominent role of processing-induced residual stresses on the yield strength of cold-drawn products is known. Therefore, a discussion based on the axial tensile residual stress profile was developed. It was concluded that the higher-magnitude-near-surface tensile residual stresses in the Fe-Al wire causes its tensile curve to show a negative deviation from the Rule of Mixtures (RoM). The Cu-Al wire, on the contrary, exhibits a slight positive deviation. |
| Databáze: |
Supplemental Index |
| Externí odkaz: |
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