Abstract. In this paper the authors show an experimental apparatus designed and made up to investigate the effect of temperature on the deformation of superplastic alloys up to 473K.The authors used the 3D finite volume software FLUENT ® to design the experimental apparatus. The numerical results have been employed for the system optimisation and metrological characterisation. The system was tested through bulge tests on a Pb-Sn alloy, showing its good versatility.
Forming Apparatus to Investigate the Effect of Temperature on the Superplastic Behaviour of Alloys
G. Giovinco;G. Giuliano;Gabriel Testa
2010-01-01
Abstract
Abstract. In this paper the authors show an experimental apparatus designed and made up to investigate the effect of temperature on the deformation of superplastic alloys up to 473K.The authors used the 3D finite volume software FLUENT ® to design the experimental apparatus. The numerical results have been employed for the system optimisation and metrological characterisation. The system was tested through bulge tests on a Pb-Sn alloy, showing its good versatility.File in questo prodotto:
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