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Berbig D (2023). Extending a comprehensive model for choosing proper load carriers. Logistics Journal: Not Reviewed, Vol. 2023. (urn:nbn:de:0009-14-58270)

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%0 Journal Article
%T Extending a comprehensive model for choosing proper load carriers
%A Berbig, Dominik
%J Logistics Journal: Not Reviewed
%D 2023
%V 2023
%N 11
%@ 1860-5923
%F berbig2023
%X The last months made visible how important efficient processes and material flows are. Amongst others, efficiency requires comprehensive analyses taking also possibly inconspicuous things into consideration. Let´s take material supply of production areas as an exam-ple: Here, it is crucial to choose the adequate load carrier for every single part number. The larger the carrier is, the larger is the required space, the number of contained pieces and finally fixed capital. The smaller it is, the higher is the necessary transportation fre-quency. These are only some dependencies showing that choosing efficient load carriers is subject to many parameters. Even if some efforts have been undertaken during the last years, still this choice is mostly based on size only ignoring other aspects. And even if these or further factors are considered, there is still the lack for an approach to consider and optimize different parts at the same time. Thus, we accordingly show an extended optimization model fitting important lean logistics requirements like kanban and supermarkets for choosing the right set of standardized load carriers for material supply considering most important aspects for production supply within this paper.
%L 620
%K comprehensive load carrier management
%K lean logistics
%K optimization
%K production supply
%R 10.2195/lj_edrev_berbig_en_202311_01
%U http://nbn-resolving.de/urn:nbn:de:0009-14-58270
%U http://dx.doi.org/10.2195/lj_edrev_berbig_en_202311_01
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@Article{berbig2023,
  author = 	"Berbig, Dominik",
  title = 	"Extending a comprehensive model for choosing proper load carriers",
  journal = 	"Logistics Journal: Not Reviewed",
  year = 	"2023",
  volume = 	"2023",
  number = 	"11",
  keywords = 	"comprehensive load carrier management; lean logistics; optimization; production supply",
  abstract = 	"The last months made visible how important efficient processes and material flows are. Amongst others, efficiency requires comprehensive analyses taking also possibly inconspicuous things into consideration. Let{\textasciiacute}s take material supply of production areas as an exam-ple: Here, it is crucial to choose the adequate load carrier for every single part number. The larger the carrier is, the larger is the required space, the number of contained pieces and finally fixed capital. The smaller it is, the higher is the necessary transportation fre-quency. These are only some dependencies showing that choosing efficient load carriers is subject to many parameters. Even if some efforts have been undertaken during the last years, still this choice is mostly based on size only ignoring other aspects. And even if these or further factors are considered, there is still the lack for an approach to consider and optimize different parts at the same time. Thus, we accordingly show an extended optimization model fitting important lean logistics requirements like kanban and supermarkets for choosing the right set of standardized load carriers for material supply considering most important aspects for production supply within this paper.",
  issn = 	"1860-5923",
  doi = 	"10.2195/lj_edrev_berbig_en_202311_01",
  url = 	"http://nbn-resolving.de/urn:nbn:de:0009-14-58270"
}
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TY  - JOUR
AU  - Berbig, Dominik
PY  - 2023
DA  - 2023//
TI  - Extending a comprehensive model for choosing proper load carriers
JO  - Logistics Journal: Not Reviewed
VL  - 2023
IS  - 11
KW  - comprehensive load carrier management
KW  - lean logistics
KW  - optimization
KW  - production supply
AB  - The last months made visible how important efficient processes and material flows are. Amongst others, efficiency requires comprehensive analyses taking also possibly inconspicuous things into consideration. Let´s take material supply of production areas as an exam-ple: Here, it is crucial to choose the adequate load carrier for every single part number. The larger the carrier is, the larger is the required space, the number of contained pieces and finally fixed capital. The smaller it is, the higher is the necessary transportation fre-quency. These are only some dependencies showing that choosing efficient load carriers is subject to many parameters. Even if some efforts have been undertaken during the last years, still this choice is mostly based on size only ignoring other aspects. And even if these or further factors are considered, there is still the lack for an approach to consider and optimize different parts at the same time. Thus, we accordingly show an extended optimization model fitting important lean logistics requirements like kanban and supermarkets for choosing the right set of standardized load carriers for material supply considering most important aspects for production supply within this paper.
SN  - 1860-5923
UR  - http://nbn-resolving.de/urn:nbn:de:0009-14-58270
DO  - 10.2195/lj_edrev_berbig_en_202311_01
ID  - berbig2023
ER  -
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<b:Comments>The last months made visible how important efficient processes and material flows are. Amongst others, efficiency requires comprehensive analyses taking also possibly inconspicuous things into consideration. Let´s take material supply of production areas as an exam-ple: Here, it is crucial to choose the adequate load carrier for every single part number. The larger the carrier is, the larger is the required space, the number of contained pieces and finally fixed capital. The smaller it is, the higher is the necessary transportation fre-quency. These are only some dependencies showing that choosing efficient load carriers is subject to many parameters. Even if some efforts have been undertaken during the last years, still this choice is mostly based on size only ignoring other aspects. And even if these or further factors are considered, there is still the lack for an approach to consider and optimize different parts at the same time. Thus, we accordingly show an extended optimization model fitting important lean logistics requirements like kanban and supermarkets for choosing the right set of standardized load carriers for material supply considering most important aspects for production supply within this paper.</b:Comments>
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ISI

PT Journal
AU Berbig, D
TI Extending a comprehensive model for choosing proper load carriers
SO Logistics Journal: Not Reviewed
PY 2023
VL 2023
IS 11
DI 10.2195/lj_edrev_berbig_en_202311_01
DE comprehensive load carrier management; lean logistics; optimization; production supply
AB The last months made visible how important efficient processes and material flows are. Amongst others, efficiency requires comprehensive analyses taking also possibly inconspicuous things into consideration. Let´s take material supply of production areas as an exam-ple: Here, it is crucial to choose the adequate load carrier for every single part number. The larger the carrier is, the larger is the required space, the number of contained pieces and finally fixed capital. The smaller it is, the higher is the necessary transportation fre-quency. These are only some dependencies showing that choosing efficient load carriers is subject to many parameters. Even if some efforts have been undertaken during the last years, still this choice is mostly based on size only ignoring other aspects. And even if these or further factors are considered, there is still the lack for an approach to consider and optimize different parts at the same time. Thus, we accordingly show an extended optimization model fitting important lean logistics requirements like kanban and supermarkets for choosing the right set of standardized load carriers for material supply considering most important aspects for production supply within this paper.
ER
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Bibliographic Citation Logistics Journal : referierte Veröffentlichungen, Vol. 2023, Iss. 11
Title

Extending a comprehensive model for choosing proper load carriers (eng)
Author Dominik Berbig
Language eng
Abstract The last months made visible how important efficient processes and material flows are. Amongst others, efficiency requires comprehensive analyses taking also possibly inconspicuous things into consideration. Let´s take material supply of production areas as an exam-ple: Here, it is crucial to choose the adequate load carrier for every single part number. The larger the carrier is, the larger is the required space, the number of contained pieces and finally fixed capital. The smaller it is, the higher is the necessary transportation fre-quency. These are only some dependencies showing that choosing efficient load carriers is subject to many parameters. Even if some efforts have been undertaken during the last years, still this choice is mostly based on size only ignoring other aspects. And even if these or further factors are considered, there is still the lack for an approach to consider and optimize different parts at the same time. Thus, we accordingly show an extended optimization model fitting important lean logistics requirements like kanban and supermarkets for choosing the right set of standardized load carriers for material supply considering most important aspects for production supply within this paper. Die letzten Monate haben gezeigt, wie wichtig effiziente Prozesse und Materialflüsse sind. Effizienz erfordert u.a. umfassende Analysen, die auch die unscheinbaren Dinge berücksichtigen. Nehmen wir zum Beispiel die Materialversorgung von Produktionsbereichen: Hier ist es entscheidend, für jede einzelne Teilenummer den passenden Ladungsträger zu wählen. Je größer der Ladungsträger ist, desto größer ist der Platzbedarf, die Anzahl der darin enthaltenen Teile und letztlich das gebundene Kapital. Je kleiner er ist, desto höher ist die erforderliche Transporthäufigkeit. Dies sind nur einige Abhängigkeiten, die zeigen, dass die Auswahl von effizienten Ladungsträgern von vielen Parametern abhängt. Auch wenn in den letzten Jahren einige Untersuchungen vorgenommen wurden, erfolgt diese Auswahl meist nur anhand der Größe und lässt andere Aspekte außer Acht. Und selbst wenn diese oder andere Faktoren berücksichtigt werden, fehlt es immer noch an einem Ansatz, der verschiedene Teile gleichzeitig berücksichtigt und optimiert. Dieser Beitrag zeigt daher ein erweitertes Optimierungsmodell zur Auswahl der richtigen Standardladungsträger für die Materialversorgung unter Berücksichtigung der hierfür wichtigsten Aspekte.
Subject comprehensive load carrier management, lean logistics, optimization, production supply
DDC 620
Rights cc-by
URN: urn:nbn:de:0009-14-58270
DOI https://doi.org/10.2195/lj_edrev_berbig_en_202311_01