Simulation of Subassembly Production at Shipyards

  • Hertel, Erik (Department of Marine & Transport Technology, Delft University of Technology) ;
  • Nienhuis, Ubald (Department of Marine & Transport Technology, Delft University of Technology) ;
  • Steinhauer, Dirk (Flensburger Schiffbau Gesellschaft)
  • 발행 : 2006.12.31

초록

To survive in the current shipbuilding industry it is of vital importance for shipyards to achieve an optimal utilization of resources, make an achievable planning and ensure that this planning is kept. Possible problems should be eliminated before production starts and if unexpected disturbances occur in the actual production the right measures should be taken. Due to the dynamic nature of the production process, the continuous variation in products and the complexity of both, all this can hardly be achieved with conventional static planning and analysis systems. Simulation provides a solution here, since this enables the modelling and evaluation of the dynamic relations between product and production process. After a global introduction to production simulation in general and the application of simulation at the Flensburger shipyard, this paper presents a tool that has been developed to simulate the various complex assembly processes taking place at shipyards. Subsequently the simulation model for the subassembly production at Flensburger, in which this tool is applied, will be discussed.

키워드

참고문헌

  1. Steinhauer, D., Heinemann, M., Looking for gold in the virtual shipyard, HANSA, August 2004, vol. 08, no. 4, pp. 25-27
  2. Alphen, van H, Guyt, A., Nienhuis, U., Wagt, van der J.C., Virtual manufacturing in shipbuilding processes, European Shipbuilding Repair and Conversion – the Future, 2004, London
  3. Steinhauer, D., SAPP – Simulation aided production planning at Flensburger, proceedings of COMPIT 2005, Hamburg, pp. 391-398
  4. Kosturiak, J., Gregor, M., Simulation von Produktionssysteme, Wien 1995
  5. Steinhauer, D., The virtual shipyard – simulation in production and logistics at Flensburger, proceedings of COMPIT 2003, Hamburg, pp. 203-209
  6. Krause, M., Roland, F., Steinhauer, D., Heinemann, M., Discrete event simulation: an efficient tool to assist shipyard investment and production planning, Journal of Ship Production, vol. 20, no. 3, pp. 176-182
  7. Hertel, E., Simulation of assembly production at shipyards, proceedings ICCAS 2005, Busan, pp. 121-134
  8. Bernaert, S., Nienhuis, U., Rijke, R., Tol, R. van, Simulation of production in a shipyard's machining centre, COMPIT 2005, Hamburg