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Fraunhofer-Institut für Produktionsanlagen und Konstruktionstechnik IPK
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PublicationBeitrag zur nachhaltigen industriellen Wertschöpfung durch multiattributive Bewertung von Montageanlagen(Fraunhofer Verlag, 2010)Fleschutz, T.Die rational gebotene Nachhaltigkeit erfordert von produzierenden Unternehmen ein Umdenken. Nicht allein das ökonomisch getriebene Streben nach Gewinn und Wachstum, sondern die integrierte Berücksichtigung von ökonomischen, ökologischen und sozialen Zielen muss die Maxime der Wertschöpfung sein. Die Bewertung der Wertschöpfung kann über die Wertschöpfungsfaktoren Produkt, Organisation, Betriebsmittel, Prozess und Mensch erfolgen, wobei Betriebsmittel aufgrund der unmittelbaren Wechselwirkungen mit den anderen Faktoren eine zentrale Rolle einnehmen. Ziel der Arbeit ist die Entwicklung einer Bewertungsmethodik, die Betriebsmittel vergleichend auf Basis von ökonomischen, ökologischen und sozialen Attributen integriert bewertet.
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PublicationKnowledge based approach to assembly system reuse( 2009)
;Harms, R. ;Fleschutz, T.Seliger, G.The reuse of assembly equipment allows the exploitation of its unused potential, thus complying with both the economic objective of a high level of cost efficiency and the ecological objective of a high level of resource efficiency. Surveys have revealed manifold challenges for practitioners. Lack of experiences with the reuse process, the insufficiently designed and prepared equipment, missing life-cycle documentation as well as missing holistic planning concepts for the reuse where identified as main obstacles. In order to meet these challenges, a framework consisting of methods, tools and business process reference models for assembly equipment reuse is proposed. The core element is a computer aided reuse planning application that allows planners to generate reuse options and provides decision support during the planning process. The knowledge based approach, including its structure and core inference processes, which support the application is explained. The service oriented architecture for the realization of the framework is presented. The knowledge base ontology concept consisting of knowledge domain, role and user specific ontologies as well as the key ontology concepts, e.g. the failure mode concepts according to the FMEA, were elaborated. The computer based inference procedure of specifying adaptation processes to enhance and ensure the suitability of equipment for reuse enables the detailed generation of adaptation process plans. The proposed service oriented architecture utilizes the advantages of the ontology language OWL as well as the advantages of collaborative design environments. Forthcoming research will apply this methodology to further application in the automotive, aeronautics and household appliance industry. -
PublicationPromoting innovative clusters and cooperation networks: The European Commission observatories of SMEs and the context of Berlin-Brandenburg( 2008)
;Seliger, G. ;Carpinetti, L.C.R. ;Gerolamo, M.Fleschutz, T. -
PublicationEvaluation and computer aided planning of assembly system reuse( 2008)
;Fleschutz, T. ;Harms, R.Seliger, G. -
PublicationDevelopment of a duothermal soldering process( 2006)
;Consiglio, S. ;Fleschutz, T. ;Seliger, G.Seutemann, J. -
PublicationDer moderne Ingenieur als Global Citizen( 2006)
;Seliger, G. ;Fleschutz, T.Reise, C. -
PublicationProgression of Ideas: Lean Remanufacturing( 2006)
;Fleschutz, T. ;Harms, R. ;Kagan, R.Zettl, M. -
PublicationMethod for the reuse of assembly equipment( 2006)
;Kniebel, M. ;Harms, R. ;Fleschutz, T.Seliger, G.