Abstract
Computer simulation of the process drawing a cup from the 5056 alloy sheet material was conducted. An influence of a real structure of a grain-oriented material on a stress-strain state was shown. The profiles of the formed festoons, their gage interference along the generator line and perimeter were measured. Values of a maximum drawing force for the isotropic, anisotropic, and grain-oriented by 40 and 70% of finite element sample models were defined.
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