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dc.contributor.authorStockton, David
dc.contributor.authorKhalil, R. A. (Riham A.)
dc.contributor.authorNewman, S. T.
dc.contributor.authorArdon-Finch, J. P. (Jason P.)
dc.identifier.citationStockton, D.J., Khalil, R.A., Newman, S., Ardon Finch, J. (2005) Designing multi-component flexible manpower lines. Proceedings. JSAE Annual Congress Conference 2005 Japan. 28-05, JSAE 20055413. pp. 13-18en
dc.description.abstractThe use of multi-component flexible manpower lines (MCFMLs) is seen as one method of enabling component suppliers to deliver the cost reductions and increased flexibility of service levels expected by automotive manufacturers. This paper describes research undertaken to develop an advanced genetic algorithm optimization/simulation toolkit that is capable of automatically generating optimized MCFML designs. In order to deal effectively with the high levels of product and process variability that exist within MCFMLs research is reported that is aimed at developing methods for measuring the effects of variability on individual workstations along such lines. (author abst.)en
dc.subjectmulti-component linesen
dc.subjectproduction line designen
dc.subjectflexible manpower linesen
dc.titleDesigning multi-component flexible manpower lines.en
dc.researchgroupManufacturing Researchen

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