On the base of a large sample of survey data, gathered within the sixth edition of the International Manufacturing Strategy Survey (IMSS 6), we propose an empirical taxonomy of plants by performing a cluster analysis on the level of inflows and outflows between the plant and the rest of the manufacturing network, as opposed to flows with suppliers and customers. In this way we identify 5 clusters, and subsequently we analyse whether there are relationships with the role of the plant, the location advantages and manufacturing and SC integration programmes.
(2015). Supply chain management within global manufacturing networks: a contingency flow-based view [conference presentation - intervento a convegno]. Retrieved from http://hdl.handle.net/10446/54596
Supply chain management within global manufacturing networks: a contingency flow-based view
GOLINI, Ruggero;KALCHSCHMIDT, Matteo Giacomo Maria
2015-06-01
Abstract
On the base of a large sample of survey data, gathered within the sixth edition of the International Manufacturing Strategy Survey (IMSS 6), we propose an empirical taxonomy of plants by performing a cluster analysis on the level of inflows and outflows between the plant and the rest of the manufacturing network, as opposed to flows with suppliers and customers. In this way we identify 5 clusters, and subsequently we analyse whether there are relationships with the role of the plant, the location advantages and manufacturing and SC integration programmes.File | Dimensione del file | Formato | |
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