By Mikell P. Groover
*For complex undergraduate/ *graduate-level classes in Automation, construction platforms, and Computer-Integrated production. This exploration of the technical and engineering features of automatic creation platforms presents the main complicated, accomplished, and balanced assurance of the topic of any textual content out there. It covers all of the significant state-of-the-art applied sciences of construction automation and fabric dealing with, and the way those applied sciences are used to build glossy production platforms.
Read Online or Download Automation, Production Systems, and Computer-Integrated Manufacturing (2nd Edition) PDF
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Additional info for Automation, Production Systems, and Computer-Integrated Manufacturing (2nd Edition)
Technological Processing Capability. The technological processing capability of a plant (or company) is its available set of manufacturing processes. Certain plants perfonn machining operations, others roll steel billets into sheet stock, and others build automcbilcs. A machine shop cannot roll steel, and a rolling mill cannot build cars. The underlying feature that distinguishes these plants is the set of processes they can perform. Technological processing capability is closely related to the material being processed.
1(a). energy is applied by the machinery and tooling to transform the material, and the completed workpart exits the process. As shown in our model. , removing material as in machining) or in the form of occasional defective pieces. An important objective in manufacturing is to reduce waste in either of these forms. More than one processing operation is usually required to transform the starting material into final form. The operations are performed in the particular sequence to achie •• e the geometry and/or condition defined by the design specification.
2, the secondary industries include food, beverages, textiles, wood, paper, publishing, chemicals, and basic metals (ISIC codes 31-37). The scope of our book is primarily directed at the industries that produce discrete products (ISIC codes 38 and 39). The two groups interact with each other, and many of the concepts and systems discussed in the book are applicable to the process industries, but our attention is mainly on the production of discrete hardware, which ranges from nuts and bolts to cars, airplanes, and digital computers.