{"title":"A Product Development for Green Logistics Model by Integrated Evaluation of Design and Manufacturing and Green Supply Chain","authors":"Yuan-Jye Tseng, Yen-Jung Wang","volume":79,"journal":"International Journal of Industrial and Manufacturing Engineering","pagesStart":1347,"pagesEnd":1353,"ISSN":"1307-6892","URL":"https:\/\/publications.waset.org\/pdf\/16321","abstract":"
A product development for green logistics model using
\r\nthe fuzzy analytic network process method is presented for evaluating
\r\nthe relationships among the product design, the manufacturing
\r\nactivities, and the green supply chain. In the product development
\r\nstage, there can be alternative ways to design the detailed components
\r\nto satisfy the design concept and product requirement. In different
\r\ndesign alternative cases, the manufacturing activities can be different.
\r\nIn addition, the manufacturing activities can affect the green supply
\r\nchain of the components and product. In this research, a fuzzy analytic
\r\nnetwork process evaluation model is presented for evaluating the
\r\ncriteria in product design, manufacturing activities, and green supply
\r\nchain. The comparison matrices for evaluating the criteria among the
\r\nthree groups are established. The total relational values between the
\r\nthree groups represent the relationships and effects. In application, the
\r\ntotal relational values can be used to evaluate the design alternative
\r\ncases for decision-making to select a suitable design case and the green
\r\nsupply chain. In this presentation, an example product is illustrated. It
\r\nshows that the model is useful for integrated evaluation of design and
\r\nmanufacturing and green supply chain for the purpose of product
\r\ndevelopment for green logistics.<\/p>\r\n","references":"
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