The aim of this series of papers on design for manufacture is to identify the current position in the development and exploitation of techniques and help point to the areas where further work is needed. In this general overview to the issue, the problems of designing for manufacture are introduced and the issues of training, methodical design procedures and computer integration are also touched on.
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References
1.
AndreasenM. M.KahlerS.LundT.Design for assembly, 1983 (IFS Publications Limited and Springer-Verlag).
2.
RavenA. D.Profit improvement by value analysis, value engineering and purchase price analysis, 1971 (Cassell, London).
3.
ParnabyJ.DonovanJ. R.Education and training in manufacturing systems engineering. Proc. Instn Elect. Engrs, December 1987, Part A, 10.
4.
OhashiT.MiyakawaS.The Hitachi assemblability evaluation method (AEM). International Conference on Product design for assembly, Newport, Rhode Island, USA, April 1986.
5.
BoothroydG.DewhurstP.Design for assembly, 1987 (Boothroyd Dewhurst Inc., Wakefield, Rhode Island, USA).
6.
SwiftK. G.MilesB.Design for assembly, Vol. 2, 1985 (Lucas Engineering and Systems Limited, Solihull, Birmingham, UK).
7.
BoothroydG.DewhurstP.Early cost estimating in product design. Second International Conference on Product design for manufacture and assembly, Newport, Rhode Island, USA, April 1987.
8.
SwiftK. G.DoyleR.Design for assembly in CAD using knowledge-based systems. Second International Conference on Product design for manufacture and assembly, Newport, Rhode Island, USA, April 1987.
9.
SchraftR. D.BasslerR.Possibilities to realize assembly oriented product design. Fifth International Conference on Assembly automation, Paris, France, May 1984, pp. 243–261.
10.
SwiftK. G.Knowledge-based design for manufacture, 1987 (Kogan Page, London).
11.
ChisholmA. W. J.Design for economic manufacture. Ann. CIRP, 1973, 22(2), 243–247.