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Characteristics. Manufacturing Process. Multi Physical Product. Creativity. Usage Skin. Product Design. Innovation. Skin & Skeleton Model. Manufacture skins. DFM. Technical innovation. Usage Skeleton. MEMS. Manufacture skeleton. Manufacturing Process. Design Tool.
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Characteristics Manufacturing Process Multi Physical Product Creativity Usage Skin Product Design Innovation Skin & Skeleton Model Manufacture skins DFM Technical innovation Usage Skeleton MEMS Manufacture skeleton Manufacturing Process Design Tool Design Method Assessment of a functional and DFM approach for MEMS design Jean-Sébastien Klein Meyer Laboratory of Mechanical Systems and Concurrent Engineering – FRE 2719 CNRS Troyes University of Technology 12 rue Marie Curie, BP 2060, F.10010 Troyes, France Tel: +33 3.25.71.56.71 - Fax: +33 3.25.71.56.75 Email: jean_sebastien.klein_meyer@utt.fr • Objectives : • To assess the S&S model on multi physical product design. • To study the emergence of innovative technical solutions. • To check the validity of the model for MEMS design • Research approach: • Descriptive Study II • Prescriptive Study TFC model : my contributions The Skin & SkeletonModel : • Usage Skin: surface through which circulates energetic flows. • Usage Skeleton: energetic flow trajectory in a product. • Manufacture Skeleton: material flow trajectory, during manufacturing. • Manufacture Skin: surface generated by manufacturing processes.