Korean Journal of Computational Design and Engineering (한국CDE학회논문집)

Society for Computational Design and Engineering (한국CDE학회)
권호 표지

Generative Process Planning through Feature Recognition

특징형상 인식을 통한 창성적 자동 공정계획 수립 - 복합특징형상 분류를 중심을 -

  • Published : 1998.12.01
Download PDF
⟨ Previous Next ⟩

Abstract

A feature is a local shape of a product directly related to the manufacturing process. The feature plays a role of the bridge connecting CAD and CAM. In the process planning for he CAM, information on manufacturing is required. To get the a manufacturing information from CAD dat, we need to recognize features. Once features are recognized, they are used as an input for the process planning. In this paper, we thoroughly investigate the composite features, which are generated by interacting simple features. The simple features in the composite feature usually have precedence relation in terms of process sequence. Based on the reason for the precedence relation, we classify the composite features for the process planning. In addition to the precedence relation, approach direction is used as an input for the process planning. In the process planning, the number of set-up orientations are minimized whole process sequence for the features are generated. We propose a process planning algorithm based on the topological sort and breadth-first search of graphs. The algorithn is verified using sample products.

Keywords

References

  1. Computers & Graphics v.14 no.2 Geometric Reasoning in Feature-based Design and Process Planning Anderson, D.C.;Chang, T.C.
  2. Computer-Aided Design v.30 no.4 Representation and Management of Feature Information in a Celluar Model Bidarra, R.;de Kraker, K.J.;Bronsvoort, W.F.
  3. Computer-Aided Design v.26 no.1 Integration of Design and Manufacturing: Solving Setup Generation and Feature Sequencing and Feature Sequencing Using an Unsupervised-learning Approach Chen, C.L.P.;LeClair S.R.
  4. Computer-Aided Design v.28 no.5 Feature-Based Approach for Set-up Minimization of Process Design from Product Chu, C.C.P.;Gadh R.
  5. Proceedings of Symposium on Solid Modeling Foundations and CAD/CAM Applications A Feature Recognition Algorithm for Multiply Connected Depression and Protrusions Corney, J.;Clark, D.E.R.
  6. Int. J. of CIM v.6 no.1;2 Integrating 3D Modeling and Process Planning for Features: A Case Study Crawford, R.
  7. Computer-Aided Design v.29 no.7 Manufacturing Feature Determination and Extraction-Part Ⅱ: A Heuristic Approach Dong, J.;Vijayan, S.
  8. Computer-Aided Design v.28 no.12 Representation of Functions and Features in Detail Design Feng, C.-X.;Huang, C.-C.;Kusiak, A.;Li, P.-G.
  9. Int. J. of CIM v.6 no.1;2 Feature-based Component Model for Computer-aided Process Planning Systems Gindy, N.N.Z.;Hwang, X.;Ratchev, T.M.
  10. Computer-Aided Design v.29 no.5 Integration of Feature Based Design and Feature Recognition Han, J.;Requicha, A.A.G.
  11. Computer-Aided Design v.30 no.6 Modeler-independent Feature Recognition in a Distributed Environment Han, J.H.;Requicha, A.A.G.
  12. Computer-Aided Design v.25 no.1 Using a Truth-Maintenance System to Assist Product-model Construction for Design and Process Planning Inui, M.;Kimura, F.
  13. Int. J. of CIM v.6 no.1;2 Integrating CAD and Manufacturing Intelligence through Features and Objects Latif, M.N.;Boyd, R.D.;Hannam, R.G.
  14. Int. J. of CIM v.6 no.1;2 Representation Problems in Feature-based Approaches to Design and Process Planning Mill, F.G.;Salmon, J.C.;Pedley, A.G.
  15. Computer-Aided Design v.29 no.10 Resolving Feature Interactions in 3D Part Editing Perng, D.-B.;Cheng, C.-F.
  16. Computer-Aided Design v.28 no.5 Integration of Functional and Feature-Based Product Modeling The IMS/GNOSIS Experience Ranta, M.;Mantyla, M.;Umeda, Y.;Tomiyama, T.
  17. Parametric and Feature-based CAD/CAM Shah, J.J.;Mantyla, M.
  18. Computer-Aided Design v.27 Feature Modification in Incremental Feature Generation Suh, H.;Ahluwalia, R.S.
  19. Computer-Aided Design v.29 no.8 Virtual Reality Interfaces for Feature-based Computer-aided Design Systems Trika, S.N.;Banerjee P.;Kashyap, R.L.
  20. Computer-Aided Design v.26 no.9 Recognizing Multiple Interpretations of Interacting Machining Features Tseng, Y.-J.;Joshi, S. B.
  21. Int. J. of CIM v.6 no.1;2 Features and the Principle of Locality in Process Planning Vancza, J.;Markus, A.
  22. Proceedings of 2nd Symposium on Solid Modeling and Applications Geometric Reasoning for Machining Features Using Convex Decomposition Waco, D.L.;Kim, Y.S.
  23. Computer-Aided Design v.30 no.7 Recognition of Rough Machining Features in 2½D Components Xu, X.;Hinduja, S.
  24. 대한산업공학회지 v.22 no.3 공정계획을 고려한 복합 특징형상의 인식 알고리즘 개발 강범식;이현찬
  25. 홍익대학교 산업공학과 석사학위논문 각주형 파트의 프로세스 플래닝 자동생성을 위한 객체지향 시스템 설계 김민식