Abstract
Engineering design approach are currently CAD-centred design process. Manufacturing information is selected and assessed very late in the design process and above all as a reactive task instead of being proactive to lead the design choices. DFM approaches are therefore assessment methods that compare several design alternatives and not real design approaches at all. Main added value of this research work concerns the use of a product-process interface model to jointly manage both the product and the manufacturing data in a proactive DFM way. The DFM synthesis approach and the interface model are presented via the description of the DFM software platform.
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Notes
- 1.
“Least commitment” has to be understood as “including as less design constraints as possible”. CAD model is indeed currently defined thinking of the entire lifecycle (ex. manufacturing, assembly…) but this information is not really explicit in CAD product breakdown. The CAD model is then very often over constrained without any explicit design rationale. The paper focuses on the energetic and manufacturing rationale integrated in design.
- 2.
Those issues are obviously not exhaustive. They are the ones currently treated by the authors.
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Acknowledgments
This research work is partly supported by SNECMA industry. It is part of the MAIA project. The experimental peen forming process on the Wing Cover part has been carried out in the Sisson Lehmann (Wheelabrator group) industry.
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Elgueder, J., Roucoules, L., Rouhaud, E., Cochennec, F. (2011). DFM Synthesis Approach Based on Product-Process Interface Modelling: Application to the Peen Forming Process. In: Bernard, A. (eds) Global Product Development. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-15973-2_26
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