Please use this identifier to cite or link to this item: http://hdl.handle.net/10397/75255
Title: Tooling design and fatigue life evaluation via CAE simulation for metal forming
Authors: Chan, WL 
Fu, MW 
Lu, J 
Keywords: CAE
Fatigue life
Metal forming simulation
Tooling design methodology
Issue Date: 2008
Publisher: Springer
Source: In XT Yan, B Eynard & WJ Ion (Eds.), Global design to gain a competitive edge : an holistic and collaborative design approach based on computational tools, p. 711-720. London: Springer, 2008 How to cite?
Abstract: Cold forming tools are subjected to extremely high pressure. Fatigue is one of the major failure modes on metal forming tools especially on cold forging process. There are many factors influencing the fatigue life such as material properties, interfacial friction, loading, and product geometry etc. and thus it is possible to greatly enhance the tooling life with subtle design change on the product, tooling or process parameters. This paper is aimed to address some key design parameters for tool fatigue life and they should be considered as more in-depth as possible at up-front design stage to eliminate any late design changes and unexpected tooling failures. To realize this goal, an efficient framework for tooling design and fatigue life evaluation which considers different design factors and integrated product, tooling and process design via simulation is proposed. It also provides a platform to systematically integrate different design and engineering tools to support tooling design and design solution evaluation through geometry representation, formability analysis, identification of fatigue failure area and die life prediction. A case study for the tooling design for production of a vehicle wheel disc is presented to demonstrate the implementation of the proposed design and analysis framework.
Description: International Conference on Advanced Design and Manufacture [ICADAM]
URI: http://hdl.handle.net/10397/75255
ISBN: 1848002386 (hbk.)
9781848002388 (hbk.)
1848002394 (ebook)
9781848002395 (ebook)
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