This work is focused on the numerical analysis of sheet metal guillotining process aimed to evaluate relevant shearing force as well as the final configuration of the sheet. In the first part of the paper a new approach, based on a 2D plane strain simulation performed on Simufact.Forming 10.01 GUI, is proposed to estimate the shearing force. Afterwards the final configuration of the sheet is predicted adopting a 3D FE simulation of the guillotining process (in this case the FE code Simufact.Forming 10.0.1 GP was adopted).
Numerical Modelling of Sheet Metal Guillotining Process
BERTI, GUIDO;MONTI, MANUEL
2012
Abstract
This work is focused on the numerical analysis of sheet metal guillotining process aimed to evaluate relevant shearing force as well as the final configuration of the sheet. In the first part of the paper a new approach, based on a 2D plane strain simulation performed on Simufact.Forming 10.01 GUI, is proposed to estimate the shearing force. Afterwards the final configuration of the sheet is predicted adopting a 3D FE simulation of the guillotining process (in this case the FE code Simufact.Forming 10.0.1 GP was adopted).
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