Milling parameter optimization through a discrete variable transformation

International Journal of Production Research

Volumn 20, Issue 4, 1982, Pages 507-516

  Chang, Tien Chien ^a   Wysk, Richard A ^a   Davis, Robert P ^a   Choi, Byoung ^a  

^a VIRGINIA POLYTECHNIC INSTITUTE AND STATE UNIVERSITY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

OPTIMIZATION; PRODUCTION ENGINEERING;

MILLING;

EID: 0020164302     PISSN: 00207543     EISSN: 1366588X     Source Type: Journal    
DOI: 10.1080/00207548208947783     Document Type: Article

References (18)

1. ANON., 1961, Spravochnik metallista (Metal Processing Handbook), Vol. 4 (Moscow: Mashgiz).
2. DEVOR, R. E., ANDERSON, D. L., and ZDEBLICK, W. J., 1977, Tool life variation and its influence on the development of tool life model, J. Engng Ind., 99, 578.
3. FENTON, R. G., and JOSEPH, N. D., 1979. The effects of statistical nature of tool-life on the economics of machining, Int. J. Machine Tool Des. Res., 19, 43.
4. HAYES, G. M., Jr., and DAVIS, R. P., 1981, A discrete variable approach to machine parameter optimization, A.I.I.E. Trans., 13 (2), 175.
5. KULJANIC, E., 1974, An investigation of wear in single-tooth and multi-tooth milling, Int. J. Machine Tool Des. Res., 14, 95.
6. LEVI, R., and ROSSETTO, S., 1978a, Machining economics and tool life variation, Part 1: Basic considerations and their practical implications, J. Engng Ind., 100, 393.
7. Levi, R., and Rossetto, S., 1978b, Machining economics and tool life variation, Part 2: Application to models for machining processes, J. Engng Ind., 100, 397.
8. MYERS, R. H., 1976, Response Surface Methodology (Virginia Tech Press).
9. RAMALINGAM, S., 1977, Tool-life distributions, Part 2: Multiple-injury tool-life model, J. Engng Ind., 99, 523.
10. RAMALINGAM, S., PESO, Y. I., and WALSON, J. D., 1978, Tool-life distributions, Part 3: Mechanism of single injury tool failure and tool life distribution in interrupted cutting, J. Engng Ind., 100, 193.
11. Ramalingam, S., and Walson, J. D., 1977, Tool-life distributions, Part 1: single-injury tool-life model, J. Engng Ind., 99, 519.
12. RAMALINGAM, S., and WALSON, J. D., 1978, Tool life distributions, Part 4: Minor phases in work material and multiple-injury tool failure, J. Engngy, Ind., 100, 201.
13. Rayignani, G. L., ZOMPI, A., and Levi, R., 1979, 'Multi-tool machining analysis, Part 2: Economic evaluation in view of tool life scatter, J. Engng Ind., 101, 237.
14. WAGER, J. G., 1967, The Nature and Significance of the Distribution of High-Speed-Steel Tool Life, Unpublished Ph.D. Dissertation, Purdue University.
15. WYSK, R. A., 1977, An Automated Process Planning and Selection Program, Unpublished Ph.D. Dissertation, Purdue University.
16. Yellowley, I., and Barrow, G., 1970, The influence of thermal cycling on tool life in peripheral milling, Int. J. Machine. Tool Des. Res., 16, 1.
17. Yellowley, I., Wong, A., and DeSmit, B., 1978, The economics of peripheral milling, Manufacturing Engng Trans., 388.
18. ZOMPI, A., LEVI, R., and RAVIGNANI, G. L., 1979, Multi-toot machining analysis, Part 1: Tool failure patterns and implications. Engng Ind., 101, 230.