By combining a variable-thickness truncated-cone blank with an optimal die entry radius, this study effectively mitigates severe thinning in the superplastic forming of AZ31 alloy shells. This synergistic approach reduces thickness variation from 56% to 9%, providing a reliable strategy for manufacturing components with nearly constant thickness.
A synergistic control of material flow in superplastic forming of AZ31 magnesium alloy
Giuliano G.Conceptualization
;Polini W.
Methodology
2026-01-01
Abstract
By combining a variable-thickness truncated-cone blank with an optimal die entry radius, this study effectively mitigates severe thinning in the superplastic forming of AZ31 alloy shells. This synergistic approach reduces thickness variation from 56% to 9%, providing a reliable strategy for manufacturing components with nearly constant thickness.File in questo prodotto:
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