A decision support system for integrating manufacturing and product design into the reconfiguration of the supply chain networks |
Abstract:
A supply chain needs to meet its customers' requirements (CRs) in terms of delivery lead times, total costsand product quality. The objective of this article is to improve the level of integration in all aspects of supplychain reconfiguration, such as the inventory allocation and manufacturing process involved, by incorporatingmanufacturing and product design into logistic design. The effect of uncertain customer demand, productionand supply lead times are studied. An optimum supply chain network is configured by combining optimizationat the strategic and tactical level. A system dynamic based computer simulation model is used to validatethe operations of the supply chain. The performance of the system is measured in terms of backorders andinventory level. The results and analysis indicate that fewer stockholding points and a shorter review periodof demand can improve performance in this respect. In addition, a proposal for improving the performance ofsupply chain in terms of lower safety stocks is presented. Finally, management decision-making is discussed,among other concluding remarks. |
| Keywords: |
Assembly Decision Support Systems Inventory allocation Product design Supply chain |
| Author(s): |
Yohanes Kristianto , Angappa Gunasekaran , Petri Helo , Maqsood Sandhu |
| Source: |
Decision Support Systems 52 (2012) 790–801 |
| Subject: |
لجستیک |
| Category: |
مقاله مجله |
| Release Date: |
2012 |
| No of Pages: |
12 |
| Price(Tomans): |
0 |
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