Manufacturing

Download Material Flow Systems in Manufacturing by Bernhard F. Rembold, J. M. A. Tanchoco (auth.), J. M. A. PDF

By Bernhard F. Rembold, J. M. A. Tanchoco (auth.), J. M. A. Tanchoco (eds.)

This ebook features a number of contributions relating to the layout and keep an eye on of fabric move platforms in production. fabric stream structures in production covers a huge spectrum of issues without delay affecting matters on the topic of amenities layout, fabric dealing with and construction making plans and keep an eye on. In opting for the papers to incorporate during this publication, the scope was once constrained to the layout and operational keep watch over elements relating to the actual stream­ ment of elements, instruments, boxes and fabric dealing with units. contemporary improve­ ments during this zone evidently resulted in focus on circulate platforms concerning mobile production, and automatic shipping apparatus resembling computerized guided autos. in spite of the fact that, the techniques mentioned have normal applicability to a variety of production stream difficulties. The ebook is geared up in 5 significant sections: 1. layout integration and justification; 2. mobilephone layout and fabric dealing with concerns; three. replacement fabric circulate paths; four. operational keep an eye on difficulties; and five. tooling necessities and delivery equipment.

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The sophistication of the model upon which the tool is based: this rating implies that the accuracy or quality of the output produced by a design tool stands in direct relation to the complexity of the underlying model. The rating for a tool can take on any of the following five values: rough cut = VERY LOW, analytical = LOW, queueing-network-based = MEDIUM, optimization-based = HIGH, simulation-based = VERY HIGH. This judgement may be misleading as the quality of the output is not only dependent upon the model on which a tool is based, but is also determined by the quality of the input data.

The tool sequence is presented to the designer in the bottom view of the user interface in Fig. 36. the tool sequence view and clicking the 'Launch Application' button. A small panel appears where the user is requested to select the computer on which the application is to be executed. If the design tool resides on the workstation, it is immediately executed. When a remote host was selected, all the data required by the design tool are copied onto that host. The tool is then run remotely. The resulting data sets are copied back onto the workstation once the design tool has terminated.

The rating for a tool can take on any of the following five values: rough cut = VERY LOW, analytical = LOW, queueing-network-based = MEDIUM, optimization-based = HIGH, simulation-based = VERY HIGH. This judgement may be misleading as the quality of the output is not only dependent upon the model on which a tool is based, but is also determined by the quality of the input data. 2. The speed of the design tool: an absolute value can usually not be specified, as processing time is dependent upon the size of the design problem.

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