Virtual Process Design in Expansion Injection Moulding

Georg Steinbichler; Walter Friesenbichler; Jegadeesan Rajganesh

Virtual Process Design in Expansion Injection Moulding

Georg Steinbichler
, Walter Friesenbichler
, Jegadeesan Rajganesh

Research output: Contribution to journal › Article

Abstract

Simulation. Expansion injection molding facilitates the production of very thin-walled parts by the explosive relaxation of compressed melt. A rearch group has now developed software that simulates the process based on a physical model. The program's practical capability is demonstrated by a comparison between the virtual and actual process in the production of check cards.

Original language	English
Number of pages	5
Journal	Kunststoffe International
Publication status	Published - Oct 2010

Fields of science

205017 Materials engineering
211909 Energy technology
203011 Lightweight design
203013 Mechanical engineering
103032 Fluid mechanics
203015 Mechatronics
205011 Polymer engineering
205012 Polymer processing

Cite this

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title = "Virtual Process Design in Expansion Injection Moulding",

abstract = "Simulation. Expansion injection molding facilitates the production of very thin-walled parts by the explosive relaxation of compressed melt. A rearch group has now developed software that simulates the process based on a physical model. The program's practical capability is demonstrated by a comparison between the virtual and actual process in the production of check cards.",

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AU - Rajganesh, Jegadeesan

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AB - Simulation. Expansion injection molding facilitates the production of very thin-walled parts by the explosive relaxation of compressed melt. A rearch group has now developed software that simulates the process based on a physical model. The program's practical capability is demonstrated by a comparison between the virtual and actual process in the production of check cards.

M3 - Article

SN - 1862-4243

JO - Kunststoffe International

JF - Kunststoffe International

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