Mr. Martin Ohlendorf Profile

Martin Ohlendorf

at Technische Univ Braunschweig

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Proceedings Article | 27 February 2004 Paper

Simulation-based disassembly systems design

Martin Ohlendorf, Christoph Herrmann, Juergen Hesselbach

Proceedings Volume 5262, (2004) https://doi.org/10.1117/12.516427

KEYWORDS: Systems modeling, Mathematical modeling, Legal, Decision support systems, Instrument modeling, Computer simulations, Data modeling, Performance modeling, Human-machine interfaces, Analytical research

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Recycling of Waste of Electrical and Electronic Equipment (WEEE) is a matter of actual concern, driven by economic, ecological and legislative reasons. Here, disassembly as the first step of the treatment process plays a key role. To achieve sustainable progress in WEEE disassembly, the key is not to limit analysis and planning to merely disassembly processes in a narrow sense, but to consider entire disassembly plants including additional aspects such as internal logistics, storage, sorting etc. as well. In this regard, the paper presents ways of designing, dimensioning, structuring and modeling different disassembly systems. Goal is to achieve efficient and economic disassembly systems that allow recycling processes complying with legal requirements. Moreover, advantages of applying simulation software tools that are widespread and successfully utilized in conventional industry sectors are addressed. They support systematic disassembly planning by means of simulation experiments including consecutive efficiency evaluation. Consequently, anticipatory recycling planning considering various scenarios is enabled and decisions about which types of disassembly systems evidence appropriateness for specific circumstances such as product spectrum, throughput, disassembly depth etc. is supported. Furthermore, integration of simulation based disassembly planning in a holistic concept with configuration of interfaces and data utilization including cost aspects is described.

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