2011
DOI: 10.1007/978-1-4419-8191-2_18
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Developing a Computerized Scheduling System for the Steelmaking–Continuous Casting Process

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Cited by 3 publications
(1 citation statement)
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“…The high number of orders (several thousands of orders simultaneously in the manufacturing system on average) allows working with planned WIP levels and release quantities that are substituted by specific work orders in the order release run. Given this hierarchical structure, WLC is often superior with respect to control of WIP and flow time as worked out in the WLC theory cited above (see Missbauer, Hauber, and Stadler [2011] for an analogous reasoning in favour of a centralised scheduling solution in the steel making industrywhere the characteristics are entirely different). Note that we analyse the fit of WLC to the company under study in Section 4.1.…”
Section: Case Study Company Backgroundmentioning
confidence: 96%
“…The high number of orders (several thousands of orders simultaneously in the manufacturing system on average) allows working with planned WIP levels and release quantities that are substituted by specific work orders in the order release run. Given this hierarchical structure, WLC is often superior with respect to control of WIP and flow time as worked out in the WLC theory cited above (see Missbauer, Hauber, and Stadler [2011] for an analogous reasoning in favour of a centralised scheduling solution in the steel making industrywhere the characteristics are entirely different). Note that we analyse the fit of WLC to the company under study in Section 4.1.…”
Section: Case Study Company Backgroundmentioning
confidence: 96%