Optimal Stockout Risk for a Component Mounted on Several Assembly Lines in Case of Emergency Supplies
نویسندگان
چکیده
This paper presents an approach on how to identify and design adaptable logistics chains configurations. Logistics chains are mostly influenced by changes in their business environment. A system’s adaptability is seen as one potential to effectively counteract these environmental changes. To consider the effects of adaptability on the whole supply chain, a framework for configuring adaptable logistic chains was developed within the research project “KoWaLo”. The approach and a case study in the railway vehicle manufacturing industry, developed and performed within this research project, is shown in this paper.
منابع مشابه
Laboratoire d ’ Analyses et Modélisation de Systèmes pour l ’ Aide à la Décision UMR 7243 Mars 201 4 Optimal stock - out risk for a component mounted on several assembly lines in the case of emergency supplies
This article examines the optimal stock-out risk for a component used by alternative modules mounted on several assembly lines. The studied context is a supply chain dedicated to the mass production of highly diversified products, which is common in the automotive industry. The material requirement planning (MRP) approach is adapted to monitor this chain; however, the distance between the produ...
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