1) Combined with the results of finite element numerical simulation and practical experiments, the rigid die deep drawing process can realize the overall accurate forming of spacer parts.
2) Through the deep drawing tests under different blank holder forces, the blank holder forces that meet the test requirements are finally obtained.
3) Combined with the method of numerical simulation springback and experiments, the theoretical surface of the die is modified, so that the final formed part can meet the accuracy requirements in the overall height and camber profile.
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