The Application of IKBS in Design for Assembly and Surface Treatment Selection
The concept of Design for Economic Manufacture (DEM) encompasses the design process and the issues of manufacturing, planning and product costing. There have been many attempts to formalise the process of DEM, but none have been taken up widely. A major problem has been that few (if any) design engineers have the full breadth of knowledge needed for its implementation. Recent developments in information systems, the availability of considerable computing power at an ever falling cost and the increasing adoption of CAD/CAM systems in industry suggest that an effective computer based solution to the DEM problem may be within reach.
Design for Assembly and surface coating treatment selection are two important topics within the field of DEM. Work undertaken at Hull University has utilised IKBS principles to assist the engineering designer in these two fields.
Unable to display preview. Download preview PDF.
- 1.G Boothroyd, Design for Assembly Handbook, Department of Mechanical Engineering, University of Massachusetts, and Salford University Industrial Centre Limited (1982).Google Scholar
- 2.P Hammond and M Sergot, A Prolog Shell for Logic-Based Expert Systems, Department of Computing, Imperial College, London (1983).Google Scholar
- 4.C Runciman and K G Swift, ‘ Knowledge-Based CAD and Design for Economic Manufacture’, to be published in the proceedings of the International Conference on Artificial Intelligence, Marseilles, October 1984.Google Scholar
- 5.KG Swift and P A Firth, ‘ Knowledge-Based Expert Systems in Design for Automatic Handling’, pp 117 – 126 in Proceedings of the 5th International Conference on Assembly Automation, Paris (May 1984).Google Scholar
- 6.A Matthews and K G Swift, ‘ Intelligent Knowledge Based Systems for Tribological Coating Selection’, Thin Solid Films, 109, (1983).Google Scholar
- 7.K G Swift and A Matthews, ‘Expert Computer Systems in Engineering Design’, Engineering, 223, (1983).Google Scholar
- 8.M B Peterson and W O Winer, Wear Control Handbook, ASME publication.Google Scholar
- 9.M J Neale, Tribology Handbook, Butterworth Press, London.Google Scholar
- 10.P Roussel, Prolog; Manuel de Reference et d’Utilisation. Universite Aix-Marseilles, Luminy, (1975).Google Scholar
- 11.M J Spivey, University of York Portable Prolog System, Department of Computer Science, University of York (June 1984).Google Scholar