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Faceted Classification of Manufacturing Processes for Sustainability Performance Evaluation

Published

Author(s)

FNU Kumaraguru, Sudarsan Rachuri, David J. Lechevalier

Abstract

Sustainability characterization of manufacturing processes is key to the inventory data development for life cycle analysis of products and processes in manufacturing industries. The ability of an organization to compare and contrast this sustainability performance in a variety of manufacturing process categories is crucial for purposes of evaluating and improving the process performance or of doing trade‐off for dealing with sub‐optimal performance. In such a situation it is necessary to abstract this information into broader, aggregated and consistent viewpoints such that similarities and contrasts in sustainability performance are visually deliberated. For developing such a visual system, the abstracted viewpoint should be transformed to a process classification scheme. A faceted approach to manufacturing process classifications has been proposed in this work for this purpose. We developed a visual interface to navigate the process classification scheme. We also provide a means by which dynamic hierarchical taxonomies can be generated by ranking the abstracted viewpoints called facets and classifiers.
Citation
International Journal of Advanced Manufacturing Technology
Volume
75
Issue
9-12

Keywords

life cycle inventory, resource efficiency, unit manufacturing process, taxonomy

Citation

Kumaraguru, F. , Rachuri, S. and Lechevalier, D. (2014), Faceted Classification of Manufacturing Processes for Sustainability Performance Evaluation, International Journal of Advanced Manufacturing Technology, [online], https://doi.org/10.1007/s00170-014-6184-x (Accessed March 4, 2024)
Created December 1, 2014, Updated November 10, 2018