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Cargo assembly planning
Martin W. P. Savelsbergha b✉, Olivia J. Smithc d✉
- aSchool of Mathematical and Physical Sciences, University of Newcastle, 2308, Callaghan, NSW, Australia, grid.266842.c, 000000008831109X
- b(University of Newcastle
- cIBM Research, 3053, Melbourne, VIC, Australia, grid.481553.e
- dIBM Research, -
- ✉Corresponding author
EURO Journal on Transportation and LogisticsSpringer Science+Business Media2014-04-25 21 citations19 references
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Abstract
A critical component in a coal export supply chain is the stockyard at a terminal, as this is where coal from different mines is “mixed” in a stockpile before being loaded onto vessels. We develop a tree search algorithm for managing the stockyard aimed at maximizing the throughput. The algorithm relies on the analysis and use of geometric properties of a coal assembly plan when represented in a space–time diagram. A computational study establishes the efficacy of the algorithm and analyzes the merit of commonly used stockyard management rules.

