By J. D. Booker, M. Raines, K. G. Swift
It's a quantitative and hugely useful quantity. It offers useful equipment for interpreting mechanical designs with admire to their potential and reliability. working towards engineers who've to hit convinced criteria for layout will locate the booklet beneficial because it outlines equipment which use bodily major info to quantify engineering dangers on the early layout level. apparently to be a great tool for postgraduate scholars in addition to expert engineers. -Sampe JournalAll of the varied examples, helpful appendices and easy-to-read textual content, make this a great booklet at the topic.
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Additional info for Designing Capable and Reliable Products
For example, the measuring and monitoring of design drawing errors using SPC attribute techniques has been a major step forward in reducing the design changes for an aerospace company. It is also possible to categorize the dierent types of DFQ techniques that are required to analyse the several types of quality highlighted above. These are (Mùrup, 1993): . Speci®cation techniques which aid product developers in formulating quality objectives and speci®cations 3 Q . 21 Hole in plate analogy to quality and the Q/q concepts .
Economic quality±cost models which are `global' or `macro-scaling' top down methods, show general trends in quality costs which are predicted based on varying some notion of time or quality improvement. 12, is such a model. It is perhaps closest to the view of some quality experts, but surprisingly infers that prevention costs reduce substantially with increased quality improvement. A model published recently also combines failure and appraisal costs, two distinct categories (Cather and Nandasa, 1995).
The designer must aim to achieve the standards demanded by the speci®cation, but at the same time not exceed the capabilities of the production department. This may not be an easy task because the determinants of quality are frequently dicult to identify at the design stage. The designer must decide how the speci®cations are aected by features of the production process, as well as by the choice of materials, design scheme, etc. If the designer knows that a certain manufacturing process can only achieve very poor dimensional tolerances, for example, a decision must be made to decide whether such an process can be used for the new product.