magistrsko delo Organizacija in management poslovnih in delovnih sistemov
Marcel Potrata (Author), Matjaž Roblek (Mentor), Andrej Škraba (Co-mentor)

Abstract

V magistrskem delu smo obravnavali koncept mlečnega obhoda in učinkovitost tovrstnega transporta v primerjavi s klasičnimi prevozi. Predstavljena sta dva glavna modela, pri katerih prihaja do razlik pri izkoriščenosti osebja, številu ponavljajočih se prevozov in drugih parametrih. S pomočjo informacijske rešitve AnyLogic je bilo vzpostavljeno okolje, v katerem smo lahko opazovali razlike med klasičnim načinom prevoza in uporabo koncepta mlečnega obhoda. Na primerljivost rezultatov modelov je vplivalo predvsem dejstvo, da je v računalniški simulaciji mogoče omejiti število vplivov na poljuben proces, izpostaviti tiste, ki nas zanimajo, in vzpostaviti korelacije med njihovim vplivom na celoten sistem. Rezultati simulacij modelov prikazujejo razlike v časih dostav in prav tako pri drugih parametrih, ki so pomembni v proizvodnem okolju. Prav tako so podrobneje definirani parametri, ki lahko služijo kot pomoč pri načrtovanju implementacije koncepta mlečnega obhoda oziroma za preverjanje smiselnosti njegove vpeljave.

Keywords

oskrba proizvodnje;mlečni obhod;dinamična simulacija;

Data

Language: Slovenian
Year of publishing:
Typology: 2.09 - Master's Thesis
Organization: UM FOV - Faculty of Organizational Sciences
Publisher: [M. Potrata]
UDC: 658.5
COBISS: 7969299 Link will open in a new window
Views: 873
Downloads: 130
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Other data

Secondary language: English
Secondary title: Development of the production supply simulation model based on a milk run principle
Secondary abstract: In the master’s thesis we discuss the milk run concept and its effect on the system in comparison to conventional concept of transport. Two main models with differences in utilization of employees, the number of recurring transports and other parameters are presented. Controlled environment was created with the help of the AnyLogic software, so that we could observe the differences between the conventional and milk run concept of transport. The comparability of results is mostly due to the fact, that it is possible to limit the number of influences on a process in a computer simulation and highlight only those of interest with established correlations between them and the impact on the system as a whole. The results of model simulations show differences in delivery times and other parameters that are important in production environment. We have also defined parameters that can serve as an aid in planning for the implementation of the milk run concept, or for determining the best concept of transport in the factory.
Secondary keywords: production supply;milk run;dynamic simulation;AnyLogic;
URN: URN:SI:UM:
Type (COBISS): Master's thesis/paper
Thesis comment: Univ. v Mariboru, Fak. za organizacijske vede
Pages: 69 f.
ID: 10863496
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