A green manufacturing supply chain can improve ecological environments and resource utilization in enterprises. The objective of this paper is to assess green supply chain (GSC) risks in manufacturing to help enterprises increase value. Specifically, based on theoretical analysis and literature review, the risk assessment model of green SC in manufacturing is put forward through questionnaire survey data and Principal Component Analysis. Furthermore, to improve the effectiveness of the risk assessment model obtained from Principal Component Analysis, principal component analysis-based Fuzzy Mature-Element (FME) method is used to form the risk assessment model for green SC in manufacturing. Finally, the FME model on manufacturing green SC risk assessment is tested through the simulation of BP neural network. Some findings present that the proposed risk evaluation system of manufacturing green SC is appropriate and the FME based comprehensive evaluation method is reasonable.
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Details
Title
Risk Assessment on Green Supply Chains in Manufacturing
Publication Details
The Journal of computer information systems, Vol.online ahead of print
Resource Type
Journal article
Publisher
Taylor & Francis
Number of pages
12
Grant note
22HQZZ602Z / Key social science planning projects in Zhejiang Province
Copyright
Rights managed by Taylor & Francis
Identifiers
WOS:001159725400001; 99380503297206600
Academic Unit
Business Administration; Lewis Bear Jr. College of Business