Article ID: | iaor200969566 |
Country: | United States |
Volume: | 56 |
Issue: | 4 |
Start Page Number: | 293 |
End Page Number: | 299 |
Publication Date: | Jun 2009 |
Journal: | Naval Research Logistics |
Authors: | Eisenstein Donald D, Bartholdi John J, Lim Yun Fong |
Keywords: | engineering, production |
A natural extension of the bucket brigade model of manufacturing is capable of chaotic behavior in which the product intercompletion times are, in effect, random, even though the model is completely deterministic. This is, we believe, the first proven instance of chaos in discrete manufacturing. Chaotic behavior represents a new challenge to the traditional tools of engineering management to reduce variability in production lines. Fortunately, if configured correctly, a bucket brigade assembly line can avoid such pathologies.