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Conception et pilotage d'un atelier intégrant la fabrication additive

Abstract : The additive manufacturing is a field on the rise. However, companies wonder about the use of additive manufacturing for mass production. The problem raised in the context of this thesis is: How to make the process of sintering laser melting industrially viable? Our work focuses on the design and on the management of workshops integrating the additive manufacturing and of the complete process to obtain part according to three levels of decision: strategic, tactic and operational. About the strategic level, strong decisions of investment, machines selection and organization choice are taken with important economic issues. The aim is to define a multicriteria optimization method for the modular design of a production system integrating the additive manufacturing in the presence of uncertain data, optimal in the long term and the short term. From a tactical point of view, not all parts are necessarily relevant candidates for additive manufacturing. In this work, we developed a decision support tool that evaluates the relevance or not of additive manufacturing to obtain parts in a global cost approach. At the operational level, we offer a tool based on flow simulation that allows orders to be placed to production orders and their scheduling in order to guarantee the efficiency of the workshop. This research work is developed in collaboration with companies: AddUp, MBDA and Dassault, who contribute to our work and enable us to compare our tools with an industrial reality.
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Submitted on : Tuesday, January 28, 2020 - 1:37:09 PM
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  • HAL Id : tel-02457935, version 1


Anne-Lise Antomarchi. Conception et pilotage d'un atelier intégrant la fabrication additive. Automatique. Université Clermont Auvergne, 2019. Français. ⟨NNT : 2019CLFAC035⟩. ⟨tel-02457935⟩



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