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Reconfigurable Manufacturing Systems: From Design to ImplementationFeature-Driven Design of Reconfigurable Machine Tool Configurations

Reconfigurable Manufacturing Systems: From Design to Implementation: Feature-Driven Design of... [Reconfigurable machine tools (RMTReconfigurable Machine Tool (RMT)) are crucial for the realization of reconfigurable manufacturingManufacturingsystems (RMSReconfigurable Manufacturing System (RMS)). Hence, the intelligentization of the manufacturingManufacturing sector hinges on the reconfigurabilityReconfigurability of RMTs, and the key to achieving RMTReconfigurable Machine Tool (RMT)reconfigurabilityReconfigurability lies in the formulation of an effective approach for the designDesignand selection of RMTReconfigurable Machine Tool (RMT) configurations. In this work, a modularModularapproach to RMTReconfigurable Machine Tool (RMT)designDesign and configurationConfiguration selection was proposed to address the problems of RMTReconfigurable Machine Tool (RMT)configurationConfigurationdesignDesign. A detailed study was performed on the fundamental theoretical aspects and key technologies that concern RMTReconfigurable Machine Tool (RMT)designDesign, which include machiningMachining targets, module selection, configurationConfiguration expressions and configurationConfiguration selection. The proposed method may be summarized as follows: first, operation identification, planning and merging are performed according to the machiningMachining target’s features. Based on the known operations, the functions and structures required for RMTReconfigurable Machine Tool (RMT) are determined and subsequently mapped to a series of mechanical modules and RMTReconfigurable Machine Tool (RMT) configurations. Based on the generated RMTReconfigurable Machine Tool (RMT) configurations, feasible candidate solutions are selected according to a number of key metrics. Finally, a preference ranking algorithm is used to rank the candidate solutions and select the most appropriate configurationConfiguration.] http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png

Reconfigurable Manufacturing Systems: From Design to ImplementationFeature-Driven Design of Reconfigurable Machine Tool Configurations

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Publisher
Springer International Publishing
Copyright
© Springer Nature Switzerland AG 2020
ISBN
978-3-030-28781-8
Pages
89 –122
DOI
10.1007/978-3-030-28782-5_5
Publisher site
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Abstract

[Reconfigurable machine tools (RMTReconfigurable Machine Tool (RMT)) are crucial for the realization of reconfigurable manufacturingManufacturingsystems (RMSReconfigurable Manufacturing System (RMS)). Hence, the intelligentization of the manufacturingManufacturing sector hinges on the reconfigurabilityReconfigurability of RMTs, and the key to achieving RMTReconfigurable Machine Tool (RMT)reconfigurabilityReconfigurability lies in the formulation of an effective approach for the designDesignand selection of RMTReconfigurable Machine Tool (RMT) configurations. In this work, a modularModularapproach to RMTReconfigurable Machine Tool (RMT)designDesign and configurationConfiguration selection was proposed to address the problems of RMTReconfigurable Machine Tool (RMT)configurationConfigurationdesignDesign. A detailed study was performed on the fundamental theoretical aspects and key technologies that concern RMTReconfigurable Machine Tool (RMT)designDesign, which include machiningMachining targets, module selection, configurationConfiguration expressions and configurationConfiguration selection. The proposed method may be summarized as follows: first, operation identification, planning and merging are performed according to the machiningMachining target’s features. Based on the known operations, the functions and structures required for RMTReconfigurable Machine Tool (RMT) are determined and subsequently mapped to a series of mechanical modules and RMTReconfigurable Machine Tool (RMT) configurations. Based on the generated RMTReconfigurable Machine Tool (RMT) configurations, feasible candidate solutions are selected according to a number of key metrics. Finally, a preference ranking algorithm is used to rank the candidate solutions and select the most appropriate configurationConfiguration.]

Published: Oct 20, 2019

Keywords: Reconfigurable manufacturing system; Reconfigurable machine tools; Configuration design; Featured-driven design

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