The Establishment of Surface Roughness as Failure Criterion of Al–Li Alloy Stretch-Forming Process
AbstractTaking Al–Li–S4–T8 Al–Li alloy as the study object, based on the stretching and deforming characteristics of sheet metals, this paper proposes a new approach of critical orange peel state characterizations on the basis of the precise measurement of stretch-forming surface roughness and establishes the critical criterion for the occurrence of orange peel surface defects in the stretch-forming process of Al–Li alloy sheet metals. Stretching experiments of different strain paths are conducted on the specimens with different notches so as to establish the Al–Li–S4–T8 Al–Li alloy, forming limit diagram and forming limit curve equation, with the surface roughness of characteristic critical orange peel structure as the stretch-forming failure criterion. View Full-Text
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Feng, J.-W.; Zhan, L.-H.; Yang, Y.-G. The Establishment of Surface Roughness as Failure Criterion of Al–Li Alloy Stretch-Forming Process. Metals 2016, 6, 13.
Feng J-W, Zhan L-H, Yang Y-G. The Establishment of Surface Roughness as Failure Criterion of Al–Li Alloy Stretch-Forming Process. Metals. 2016; 6(1):13.Chicago/Turabian Style
Feng, Jing-Wen; Zhan, Li-Hua; Yang, Ying-Ge. 2016. "The Establishment of Surface Roughness as Failure Criterion of Al–Li Alloy Stretch-Forming Process." Metals 6, no. 1: 13.
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