نتایج جستجو برای: manufacturing simulation
تعداد نتایج: 636671 فیلتر نتایج به سال:
This introductory tutorial presents an overview of simulation to manufacturing design and scheduling. A review of the modeling considerations in both application areas is provided. Finally, a number of example applications will be presented to illustrate the concepts.
Developing a simulation model can be a time consuming process. Often multiple simulation models are built to simulate similar systems with small differences. The Housing Constructability Lab at the University of Central Florida has developed numerous models of modular housing manufacturing operations, both existing and planned. While the physical configurations differed considerably, the underl...
Distributed simulation has the potential to become widely applicable for geographically-dispersed manufacturing environments, as is the case with desktop manufacturing or rapidly deployable micro-assembly stations. The work presented here discusses in detail the theory of the distributed manufacturing simulation infrastructure based on the IEEE HLA standard and clarifies with practical examples...
Simulation technology has been demonstrated to be an effective tool for reducing costs, improving quality, and shortening the time-to-market for manufactured goods in the manufacturing industry. But, there are a number of technical and economic barriers that hinder the use of this technology in the manufacturing industry. The cost of developing, implementing, and using simulation technology is ...
This paper discusses the simulation study carried out for proposing one-piece lean line layout with features of Lean Manufacturing. The lean initiatives that can be addressed are, introducing Kanban replenishment sys-tem, better work-in-process, changing the layout, visual management techniques, standardized work for the re-duction of cycle time, number of workers, number of setups. To improve ...
The application of Simulation to manufacturing has contributed to a generation of tools that is focused on specific problem solving related to automation, planning, material flow, supply chain, logistics,etc. Nowadays, manufacturing has evolved and its needs have changed. After an analysis of the current manufacturing simulation tools, we propose an approach based on Multiagent Systems theory, ...
In this research, the distributed simulation system to easily evaluate a very large manufacturing system by synchronizing several different simulators is developed. We designed the distributed simulation system using High Level Architecture(HLA) as IEEE1516 standard. A manufacturing adapter to connect manufacturing system simulators with HLA using a plug-in style is proposed. The developed dist...
To fully implement simulation-based acquisition, it will be critical to be able integrate manufacturing simulations from the supply chain down to the shop floor process level. Currently no standard exists for integrating these different types of simulations. This paper presents an overview of a neutral reference architecture for integrating distributed manufacturing simulation systems with each...
The primary reason for building manufacturing simulations is to provide support tools that aid the manufacturing decision-making process. Simulations are typically a part of a case study commissioned by manufacturing management to address a particular set of problems. The objectives of the case study determine the types of simulation models, input data, and output data that are required. Neutra...
This paper presents an overview of a neutral reference architecture for integrating distributed manufacturing simulation systems with each other, with other manufacturing software applications, and with manufacturing data repositories. Other manufacturing software applications include, but are not limited to systems used to: 1) design products, 2) specify processes, 3) engineer manufacturing sy...
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