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Reconfigurable Manufacturing Systems: From Design to ImplementationSystem Engineering-Based Methodology to Design Reconfigurable Manufacturing Systems

Reconfigurable Manufacturing Systems: From Design to Implementation: System Engineering-Based... [Nowadays, the market is characterized by a high level of competitivenessCompetitiveness and very frequent and sudden variations within the production context. The critical review of the existing manufacturingManufacturingparadigmsManufacturing paradigm, which are the dedicated manufacturingManufacturing lines (DMLsDML) and the flexibleFlexiblemanufacturingManufacturing systems (FMSsFMS), reveals that these systems are not capable of fulfilling the requirements imposed by the current market; these requirements are mainly resumed in cost, qualityQuality and reactivityReactivity. Therefore, the need for a new manufacturing paradigmManufacturing paradigm that could fulfil these requirements has arisen. Reconfigurable manufacturingManufacturing system or RMS is this new paradigmParadigm; it is supposed to be reactive enough to cope with the sudden changes in the market while keeping the products’ qualityQuality high at a low cost. The main challenge in RMSReconfigurable Manufacturing System (RMS) is their designDesign. Most of the suggested methods in the literature do not address the RMSReconfigurable Manufacturing System (RMS)designDesign issue as a whole; they treat just a partPart of the problem. Hence, as a contribution, we propose in this chapter, a generic RMSReconfigurable Manufacturing System (RMS)designDesign methodology based on systems engineeringEngineering (SESystem Engineering (SE)). This methodology will support the RMSReconfigurable Manufacturing System (RMS)designDesign along the development processProcess. It is based specifically on the standard ISOISO/IEC/IEEE15288, which is the most recent standard in SESystem Engineering (SE) discipline.] http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png

Reconfigurable Manufacturing Systems: From Design to ImplementationSystem Engineering-Based Methodology to Design Reconfigurable Manufacturing Systems

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Publisher
Springer International Publishing
Copyright
© Springer Nature Switzerland AG 2020
ISBN
978-3-030-28781-8
Pages
29 –55
DOI
10.1007/978-3-030-28782-5_3
Publisher site
See Chapter on Publisher Site

Abstract

[Nowadays, the market is characterized by a high level of competitivenessCompetitiveness and very frequent and sudden variations within the production context. The critical review of the existing manufacturingManufacturingparadigmsManufacturing paradigm, which are the dedicated manufacturingManufacturing lines (DMLsDML) and the flexibleFlexiblemanufacturingManufacturing systems (FMSsFMS), reveals that these systems are not capable of fulfilling the requirements imposed by the current market; these requirements are mainly resumed in cost, qualityQuality and reactivityReactivity. Therefore, the need for a new manufacturing paradigmManufacturing paradigm that could fulfil these requirements has arisen. Reconfigurable manufacturingManufacturing system or RMS is this new paradigmParadigm; it is supposed to be reactive enough to cope with the sudden changes in the market while keeping the products’ qualityQuality high at a low cost. The main challenge in RMSReconfigurable Manufacturing System (RMS) is their designDesign. Most of the suggested methods in the literature do not address the RMSReconfigurable Manufacturing System (RMS)designDesign issue as a whole; they treat just a partPart of the problem. Hence, as a contribution, we propose in this chapter, a generic RMSReconfigurable Manufacturing System (RMS)designDesign methodology based on systems engineeringEngineering (SESystem Engineering (SE)). This methodology will support the RMSReconfigurable Manufacturing System (RMS)designDesign along the development processProcess. It is based specifically on the standard ISOISO/IEC/IEEE15288, which is the most recent standard in SESystem Engineering (SE) discipline.]

Published: Oct 20, 2019

Keywords: Reconfigurable manufacturing system; System engineering; ISO/IEC/IEEE15288

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