FG Automatisierungstechnik
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Institute
Produktionswissenschaft sowie Technologie- und Innovationsforschung sind sehr dynamische Gebiete. Sie setzen sich mit den Forderungen nach robusten und wandlungsfähigen Produktionssystemen sowie innovativen Technologien auseinander, schaffen theoretische Modelle und praxistaugliche Instrumente zur Entscheidungsunterstützung in einem dynamischen, internationalen und zunehmend vernetzten Umfeld. Das Buch beinhaltet Beiträge namhafter Autoren, gibt einen Überblick zum aktuellen Forschungsstand und würdigt als Festschrift für Professor Dieter Specht dessen interdisziplinär angelegtes wissenschaftliches Wirken. Der Band versammelt unter anderen Beiträge von Daniel Baier, Klaus Bellmann, Ulrich Berger, Udo Buscher, Jörg M. Elsenbach, Wolf Fichtner, Joachim Fischer, Jürgen Gausemeier, Georg Gemünden, Torsten J. Gerpott, Horst Geschka, Uwe Götze, Diana Grosse, Andreas Größler, Evi Hartmann, Hans H. Hinterhuber, Christopher Jahns, Bernd Kaluza, Joachim Käschel, Wolfgang Kersten, Klaus-Peter Kistner, Bernd Kortschak, Herbert Kotzab, Rudolf O. Large, Peter Lethmathe, Peter Loos, Horst Meier, Barbara Mikus, Peter Milling, Magdalena Mißler-Behr, Martin G. Möhrle, Theodor Nebl, Joachim Reese, Bernd Rieper, Gerhard Schewe, Hans-Horst Schröder, Günther Seliger, Marion Steven, Oliver Thomas, Meike Tilebein, Bernd Viehweger, Kai-Ingo Voigt, Marion A. Weissenberger-Eibl, Horst Wildemann, Herwig Winkler, Stephan Zelewski.
The manufacturing industry is distinguished by regionalization and individualization of products accompaniedby varying customer demands, faster time to market, short innovation cycles and product life cycles. Theintroduction of new materials, new processes as well as struggle to achieve economic and efficient use ofresources has raised complexities to achieve quick and optimal configuration in manufacturing systems. Toresolve the complexities, the reconfiguration at different levels in the manufacturing system is presented byusing three distinct examples. The first example refers to reconfigurable joining cell design for versatile joiningof automotive subassemblies. Second example refers to strategy for quick reconfiguration of robots for precisemachining applications. The third example elaborates fast calibration of monitoring system in joiningprocesses to enable fast reconfiguration of sensors in commissioning as well as in the maintenance.
A Multilevel Reconfiguration Concept to Enable Versatile Production in Distributed Manufacturing
(2011)
The manufacturing industry is confronting challenges due to high diversity of product variants,reduced product life cycles,short innovation cycles, faster time to market as well as strictenvironmental regulations. These challenges have persuaded manufacturers to exploit conceptsrelated to open innovation, distributed manufacturing, modular and scalable production systemdesign and eco-efficient production. This paper aims at providing a short review of state of the art inreconfiguration of distributed production systems and focuses on new strategies to resolvecomplexities that arise subsequently. In this regard, a reconfiguration concept based on newstrategic objectives has been proposed to enable customized production. The approach will beimplemented and validated in the collaborative projects.
Das Konzept eines Engineering Portals zur benutzerzentrierten Unterstützung der Anlagenplanung
(2006)
Ontological machining process data Modelling for powertrain production in extended enterprise
(2005)
Homogene Steuerung in einem heterogenen Umfeld = Homogeneous control in heterogeneous environment
(2004)
A vision for an information management tool for plant engineering - functionality and user interface
(2004)