This paper describes a system that enables the automatic conversion of information from a computer aided design (CAD) pattern representing a three-dimensional (solid) concept directly into a physical part. By integrating this information with computer-controlled machine tools, invoking concurrent validation with simulation to optimize cutting procedures and utilizing a novel machining-casting-machining technique, products can be developed quickly with little human intervention, reducing delays typically found between the design and manufacturing processes.
SirilertworakulN.WebsterP. D.DeanT. A.A software package for the design and production of castings. In Sixtieth International Foundry Congress, The Hague, Holland, 1993.
2.
SirilertworakulN.WebsterP. D.DeanT. A.A knowledge-base for alloy and process selection for castings. Int. J. Mach. Tools and Mf., 1993, 33, 401.
3.
SirilertworakulN.WebsterP. D.DeanT. A.The computer prediction of heat-centres in castings. Mater. Sci. Technol., 1993, 33, 401.
4.
BillingK. W.ByrnesD.HesterJ. S.KnightR.PikeJ.ValskiW. V.WrightV.AutoCAD: The Professional Reference, 1991 (New Riders Publishing).
5.
WlodawerR.Directional Solidification in Steel Castings, 1996 (Pergamon Press, Oxford).
