2010•Unpublished venueRequires access

Numerical simulation application in Multi Point Forming

Mohamed Faraj Alfaidi, Li Xiaoxing, Mohamed A Nwir

Abstract

Sheet metal forming is the process of converting a flat sheet of metal into a desired shape without fracture and with thinning in expected limits. This process is realized by a tool that has necessary male and female die surfaces. Multi Point Forming has provided a flexible tooling system that may replace the part specific tooling. In this paper, finite element simulation for sheet metal was performed to investigate the applicability of applying hydrostatic pressure on blank in Multi Point Forming (MPF) using discrete dies tools.

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Key concepts: Blank, Sheet metal, Die (integrated circuit), Forming processes, Finite element method, Point (geometry), Multi point, Hydrostatic equilibrium