Veröffentlichungen
[1] | Hochdörffer, J.; Bürgin, J.; Vlachou, E.; Zogopoulos, V.; Lanza, G. & Mourtzis, D. (2018), Holistic approach for integrating customers in the design, planning, and control of global production networks, CIRP Journal of Manufacturing Science and Technology, S. 1-10. Abstract Given today’s customer requirements in different market segments, companies are facing increased
complexity when utilising their global production networks. To meet long-term corporate goals, the
consideration of customer requirements at early production planning stages and during the order
fulfilment processes becomes essential. A holistic approach for production network design, planning, and
control is sought addressing stated matters on strategic, tactical, and operational level. In this paper, a
decision-support model is introduced integrating product allocation and production and supply network
(re-)design, followed by assignment of customer orders to plants and local (re-) scheduling. The model is
applied in the aeronautics industry. |
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[2] | Treber, S.; Bubeck, C. & Lanza, G. (2018), Investigating Causal Relationships between Disruptions, Product Quality and Network Configurations in Global Production Networks. Procedia CIRP, Hrsg. Elsevier, S. 202-207. Abstract Companies nowadays act in global production networks. These networks offer advantages such as production close to market as well as the exploitation of low factor costs. However, due to their interlinkage and complex structure, the resulting networks are characterized by a high susceptibility to disruptions. This paper presents an approach, which quantitatively examines the effects of disrupting events in production networks. The main focus of the study is on the question of how product quality is influenced by quality-related disruptions. To describe the analyzed relationships best, a Kriging based metamodel is adapted to the behavior of the developed multimethod simulation model. The results of the investigation are formalized causal relationships between the error probabilities in production networks, the inspection frequencies of the production systems involved, the respective generic network configurations and the observed PPM quality score. |
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[3] | Arndt, T.: Bewertung und Steigerung der Prozessqualität in globalen Produktionsnetzwerken | |
[4] | Softwarefunktionsmuster Planungsunterstützung zur Gestaltung von Prüfstrategien und Umsetzung von Qualitätsmaßnahmen in globalen Wertschöpfungsnetzwerken |