%0 Journal Article %1 Jos02 %A Joseph G. Macro and Reino E. Salmi, %D 2002 %K Research_01_28 %T A SIMULATION TOOL TO DETERMINE WAREHOUSE EFFICIENCIES AND STORAGE ALLOCATIONS %X Using ProModel simulation language, a universal warehouse storage simulation model has been developed. Applications of the model have been executed with success to analyze the storage capacity and rack efficiency of a medium volume, low stock-keeping unit (SKU) warehouse and a medium volume, large SKU warehouse. The model is scaleable and can be modified to simulate any warehouse configuration, including selective racks, bulk floor storage, push-back, flow-through, drive-in and drivethrough racks.

@article{Jos02, abstract = {Using ProModel simulation language, a universal warehouse storage simulation model has been developed. Applications of the model have been executed with success to analyze the storage capacity and rack efficiency of a medium volume, low stock-keeping unit (SKU) warehouse and a medium volume, large SKU warehouse. The model is scaleable and can be modified to simulate any warehouse configuration, including selective racks, bulk floor storage, push-back, flow-through, drive-in and drivethrough racks.}, added-at = {2014-04-30T09:34:35.000+0200}, author = {{Joseph G. Macro {and} Reino E. Salmi}}, biburl = {https://www.bibsonomy.org/bibtex/2cc51a97d62babb6b349063959a1dd254/slauck}, interhash = {1c703e0c15b1591eb1eaee5d91feb427}, intrahash = {cc51a97d62babb6b349063959a1dd254}, keywords = {Research_01_28}, timestamp = {2014-08-18T16:40:58.000+0200}, title = {A SIMULATION TOOL TO DETERMINE WAREHOUSE EFFICIENCIES AND STORAGE ALLOCATIONS}, year = 2002 }