By Richard P. Stanley
So much books on standardization describe the impression of ISO and comparable corporations on many industries. whereas this is often nice for coping with a company, it leaves engineers asking questions reminiscent of “what are the consequences of criteria on my designs?” and “how am i able to use standardization to learn my work?” Standards for Engineering layout and production offers hands-on wisdom for incorporating criteria into the whole procedure from layout bench to manufacturing facility flooring.
The book’s 5 self-contained sections ponder the scope of layout and production, criteria for the layout of discrete items, criteria for the manufacture of discrete items, criteria for using discrete items, in addition to aid criteria. The authors survey intimately the key standards-setting companies and description the strategy for constructing criteria. they give thought to criteria from the viewpoint of product, apparatus, and end-user, utilizing this as a platform to give an explanation for the industrial advantages of standardization. Case reports in each part illustrate the techniques and supply sensible perception for utilizing criteria in CAD/CAM, collection of elements, strategy making plans, human/machine interplay, and laptop interfacing.
With its modular procedure and functional knowledge in keeping with the authors’ years of huge event, Standards for Engineering layout and production provides the instruments to include criteria into each level of layout and production.
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Such a lot books on standardization describe the influence of ISO and similar firms on many industries. whereas this is often nice for handling a company, it leaves engineers asking questions corresponding to “what are the consequences of criteria on my designs? ” and “how am i able to use standardization to learn my paintings?
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Extra resources for Standards for Engineering Design and Manufacturing
14 shows a schematic of a finite-element model for a discrete component. The experimental procedures include use of strain gauges, photo elasticity, and brittle coatings. All of these procedures provide sufficient insight into the loading of an object through use of real objects or miniature models. Available standards and theories of failure for different design analysis parameters provide certainty that the envisioned design of a product will or will not withstand the loading or exposure for the product’s projected lifetime.
17 Requirements of man−machine interface Requirements of human−computer interface Suitability of information-transfer protocol Suitability of geometric data-transfer protocol Automation protocol requirements Requirements of networking protocol Use of high-level computer language in transparent interfaces Selection of appropriate mechanical, electrical, and electronics components or products Different analytical, numerical, and experimental procedures are used to analyze the above multidisciplinary parameters.
The list of areas and parameters identified for analysis is not exhaustive. The applicable areas or parameters are dependent on the specific product and the features it supports. A wealth of standard information is available from digital libraries, online databases, and catalogs for establishing optimal values of mechanical engineering design parameters and multidisciplinary parameters for a discrete product. The reader is referred to details about standards in Chapter 2. 2 DESIGN FOR MANUFACTURING OR ASSEMBLY The contemporary system approach to design function covers the design phase from inception of need to design for manufacture (DFM) or design for assembly (DFA), with all the iterations for the sake of design optimization.