1,720,968 research outputs found

    Optimal size of kanban board in a single stage multi product system

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    The aim of this paper is to define a methodology for determining the optimal size of the supermarket (between two workstations) through the optimization of the number of kanban in a kanban board. It also identifies some production parameters that greatly influence the optimal size of a kanban board. The approach chosen is the building of a simulation model of a single stage multi-product system with Arena, while OptQuest has been used for the next optimization phase

    Single Stage Multi Product Kanban System. Optimization and Parametric Analysis

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    In this work a Single–Stage Multi–Product system managed using kanban board has been analyzed. Specifically, the aim is to build experimental curves representing the influence of specific production parameters of a manufacturing plant on designing a Supermarket Pull Kanban, in order to obtain a valuable tool to support strategic decisions. The approach chosen for the representation and the analysis of such system was the simulation on Siman – Arena environment, while OptQuest has been used for the next optimization phase

    Optimal Size of Kanban Board in a Single Stage Multi Product System

    No full text
    The aim of this paper is to define a methodology for determining the optimal size of the supermarket (between two workstations) through the optimization of the number of kanban in a kanban board. Also identifies some production parameters that greatly influence the optimal size of kanban board. The approach chosen is the building of a simulation model of a single stage multi product system with Arena, while OptQuest has been used for the next optimization phase
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