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Machining Process Models for Product and Process Design
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English
Abstract
This paper describes the University of Illinois machining system research program. This program focuses on the development of mechanistic models for machining process simulation and the use of these models for the simultaneous engineering of products and processes. Models are presented for end milling, face milling, and cylinder boring which take into account the cutting conditions, tool geometry, workpiece geometry, and system element dynamics. Furthermore, these models explicitly recognize the presence of machining process noise factors such as cutter runout and tool wear. Representative applications for these models are given. A methodology is described for the simultaneous engineering of products and manufacturing processes which incorporates models for the unit manufacturing processes, the manufacturing system, and the product to be produced.
Authors
Citation
Sutherland, J., DeVor, R., Kapoor, S., and Ferreira, P., "Machining Process Models for Product and Process Design," SAE Technical Paper 880793, 1988, https://doi.org/10.4271/880793.Also In
References
- Babin, T. S. Lee J. M. Sutherland J. W. Kapoor S. G. “A Model for End Milled Surface Topography,” Proc. 13th North American Manufacturing Research Conference 1985 362 368
- Babin, T. S. Sutherland J. W. Kapoor S. G. “On the Geometry of End Milled Surfaces,” Proc. 14th North American Manufacturing Research Conference 1986 168 176
- Brown, R. H. Amarego E. J. A. “Oblique Machining with a Single Cutting Edge,” Int. J. Mach. Tool Pes, and Res. 4 1964 9 25
- DeVor, R. E. Kline W. A. Zdeblick W. J. “A Mechanistic Model for the Force System in End Milling with Application to Machining Airframe Structures,” Proc. 8th North American Manufacturing Research Conference 1980 297 303
- DeVor, R. E. Sutherland J. W. Kline W. A. “Control of Surface Error in End Milling,” Proc, 11th North American Manufacturing Research Conference 1983 356 362
- Fu, H. J. DeVor R. E. Kapoor S. G. “The Optimal Design of Tooth Spacing in Face Milling Via a Dynamic Force Model,” Proc, 12th North American Manufacturing Research Conference 1984 291 297
- DeVor, R. E. Kapoor S. G. Hayashida R. Subramani G. Lindem T. “A Methodology for the Simultaneous Engineering of Products and Manufacturing Processes,” Proc., 14th North American Manufacturing Research Conference 1986 535 542
- Fu, H. J. DeVor R. E. Kapoor S. G. “A Mechanistic Model for the Prediction of the Force System in Face Milling Operations,” Jour. of Engr. for Industry, Trans. ASME, 106 1 1984 81 88
- Kapoor, S. G. Zhang G. M. Bahney L. L. “Stability Analysis of the Boring Process System,” Proc., 12th North American Manufacturing Research Conference, 1984 454 459
- Kapoor, S. G. Ding F. Zhang G. M. DeVor R. E. “A Time-Varying Parameter Model for the Stability Analysis of Intermittent Turning Processes,” Proc., 13th North American Manufacturing Research Conference, 1985 551 557
- Kline, W. A. DeVor R. E. Lindberg J. R. “The Prediction of Cutting Forces in End Milling with Application to Cornering Cuts,” Int. J. Mach. Tool Des. and Res. 22 1 1982 7 22
- Kline, W. A. DeVor R. E. Shareef I. A. “The Prediction of Surface Accuracy in End Milling,” Jour. of Engr. for Industry, Trans. ASME, 104 3 1982 272 278
- Kline, W. A. DeVor R. E. “The Effect of Runout on Cutting Geometry and Forces in End Milling,” Int. J. Mach. Tool Pes, and Res. 23 2 1983 123 140
- Kuhl, M. J. “The Prediction of Cutting Forces and Surface Accuracy for the Turning Process,” University of Illinois Urbana-Champaign 1987
- Lee, E. Shaffer B. W. “The Theory of Plasticity Applied to a Problem of Machining,” Journal of Applied Mechanics 8 1951 405 413
- Martellotti, M. “An Analysis of the Milling Process, Part II-Down Milling,” Trans. ASME 67 1945 233 251
- Merchant, M. E. “Basic Mechanics of the Metal Cutting Process” Journal of Applied Mechanics, 66 1944 A168 A175
- Olbrich, R. J. Fu H. J. DeVor R. E. Bray D. “Study of a Control System with Varying Spindle Speed in Face Milling,” Proc., 13th North American Manufacturing Research Conference 1985 567 574
- Sabberwal, A. J. P. “Chip Section and Cutting Force Puring the Milling Operation,” Annals of the CIRP 1960 197 203
- Subbarao, P. C. PeVor R. E. Kapoor S. G. Fu H. J. “Analysis of Cutting Forces in Face Milling in High Silicon Casting Aluminum Alloy,” Proc. 10th North American Manufacturing Research Conference May 1982 289 296
- Subramani, G. Kapoor S. G. DeVor R. E. Hayashida R. “An Enhanced Model for the Simulation of Face Milling Operations,” Proc., 2nd Int. Conf. on Computer-Aided Production Engr., April 1987 Edinburgh. Scotland 171 178
- Subramani, G. Suvada R. Kapoor S. G. DeVor R. E. Meingast W. “A Model for the Prediction of the Force System for the Cylinder Boring Process,” Proc., 15th North American Manufacturing Research Conference, 1987 439 446
- Sutherland, J. W. PeVor R. E. “An Improved Method for Cutting Force and Surface Error Prediction in Flexible End Milling Systems,” Jour. of Engr. for Industry, Trans. ASME, 108 4 1986 269 279
- Suvada, R. S. “The Prediction of Cutting Forces and Surface Error for the Cylinder Boring Process,” University of Illinois Urbana-Champaign 1988
- Taguchi, G. Wu Y. Introduction to Off-line Quality Control, Central Japan Quality Control Association Nagoya, Japan 1980
- Usui, E. Hirota A. Masuko M. “Analytical Prediction of Three Dimensional Cutting Process, Part 1-Basic Cutting Model and Energy Approach,” Jour. of Engr. for Industry, Trans. ASME 100 1978 222 228
- Usui, E. Hirota A. “Analytical Prediction of Three Dimensional Cutting Process, Part 2-Chip Formation and Cutting Force with Conventional Single-Point Tools,” Jour. of Engr. for Industry, Trans. ASME, 100 1978 229 235
- Zhang, G. M. Kapoor S. G. “Dynamic Modeling and Analysis of the Boring Machining System,” Jour. of Engr. for Industry, Trans. AMSE, 109 3 219 226 1987 219 226