10.2195/LJ_Ref_Decker_en_052008
Decker, Klaus
Grösel, Bruno
Technical throughput of material flow systems required to achieve design flow – determined by simulation with aniteration algorithm
Wissenschaftliche Gesellschaft für Technische Logistik
2008
material flow
620
en
urn:nbn:de:0009-14-14968
application/pdf
DPPL
Volume 2008, Issue August
This article deals with complex material flow systems and series connections of conveyor and op-erating elements. These can be characterised by a specific availability. The thus resultant overall availabil-ity of necessary “technical throughput” of the individual elements for the achievement of a specified throughput. When the conveyor and operating elements are subjected to a stochastic distribution, the interposition of buffers is necessary but these can also lead to a reduction of the necessary throughput due faults. The system behaviour of complex installations can only be investigated by simulation. The parame-ter changes required in order to achieve specific target values can also be determined by simulation runs in iteration loops.