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Position paper - fundamental issues in self-excited chatter in turning. Appendix – research into process damping by Altintas et al

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EN
Abstrakty
EN
Although observing a considerable number of new interesting behavior in dynamic states of machining, nearly all researches into the chatter vibration have been based on those conducted by Tobias, Tlusty and Merritt. In fact, we have established myriad remedies for the chatter suppression on the strength of their achievements; however, some crucial issues remain still in uncertainties, e.g., validity of penetration effects, definition duly what are the essential features of the chatter vibration. This position paper describes the facing problems of the chatter vibration in detail, aiming at the establishment of a generalized chatter loop. By this chatter loop, we may unveil synthetically the deterioration and improvement of the stability chart by all the influencing attributes, such as forced vibration and non-linearity within the machine-tool-work system.
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7--25
Opis fizyczny
Bibliogr. 26 poz., rys.
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autor
  • Tokyo Institute of Technology, Japan
Bibliografia
  • [1] ARNOLD R. N., 1946, The mechanism of tool vibration in the cutting of steel, Cutting tools research: Report of Subcommittee on Carbide Tools, Proc. I Mech E., 261-284.
  • [2] TLUSTY J., 1970, Chapter 2 The theory of chatter and stability analysis, In: Koenigsberger F, Tlusty J (eds) Machine Tool Structure, 1, Pergamon Press, 133-177.
  • [3] STONE B. J., 1970, The effect, on the regenerative chatter behaviour of machine tools, of cutters with different approach angles on adjacent teeth, Research Report, 34, The MTIRA (Confidential to Members of M.T.I.R.A.).
  • [4] TOBIAS S. A., 1961, Schwingungen an Werkzeugmaschinen, Carl Hanser Verlag.
  • [5] LANGHAMMER K., 1972, Die Zerspankraftkomponenten als Kenngroßen zur Verschleißbestimmung an Hartmetall-Drehwerkzeugen, Dissertation der RWTH Aachen, and OPITZ H, et al., 1970, Statische und dynamische Schnittkräfte beim Drehen und ihre Bedeutung für den Bearbeitungsprozess, Forschungsberichte des 22ands Nordrhein-westfalen, Nr. 2144 Westdeutscher Verlag.
  • [6] MERRITT H. E., 1965, Theory of self-excited machine-tool chatter, contribution to machine-tool chatter research-1, Trans. of ASME Jour. of Engg. for Industry, 447-454.
  • [7] FURUKAWA Y., 1975, Chatter vibration and its suppression, 2 Day-long Course on Basic Technology in Machining, 411, JSME.
  • [8] SPUR G., LEONARDS F., 1975, Sensoren zur Erfassung von Prozesskenngrößen bei der Drehbearbeitung, Annals of CIRP, 1975, 24/1, 349-354.
  • [9] ITOH S., et al., 1991, Ultrasonic waves method for tool wear sensing – in-process and built-in type, In: Proc. of Inter. Mech. Engg. Congress, Sydney, 83-87.
  • [10] KONDO S., et al., 1980, Behaviour of self-excited chatter vibration in consideration of multiple-regenerative effects, Trans. of JSME, 46/409,1024-1032.
  • [11] BRAUN S., 1975, Signal processing for the determination of chatter threshold, Annals of CIRP, 24/1, 315-320.
  • [12] ALTINTAS Y., WECK M., 2004, Chatter stability of metal cutting and grinding, CIRP Annals - Manufacturing Technology, 53/2, 619-642.
  • [13] RAHMAN M., ITO Y., 1979, A method to determine the chatter threshold, In: Proc. of 19th Inter. MTFR Conf., MacMillan, 191-196.
  • [14] DENKENA B., DE LEON L., GROVE T., 2010, Prozessstabilität eines kordelierten Schaftfräsers, ZwF, 105/1/2, 37- 41.
  • [15] NAKAZAWA H., MIYOSHI Y., SHIGEMURA K., 1979, Detection of chatter commencement – 1st report, Jour. of JSPE, 45/11, 353-1358.
  • [16] HIGUCHI M., DOI M., MASUKO M., 1986, Determination of chatter commencement in turning, Trans. of JSME (C), 52/477, 1697-1700.
  • [17] NICOLESCU C.M., 1991, Analysis, identification and prediction of chatter in turning, Doctoral Thesis No. 18, Department of Production Engineering, Royal Institute of Technology, Stockholm.
  • [18] YEH L.J., LAI G.L., ITO Y., 1992, A study to develop a chatter vibration monitoring and suppression system while turning slender workpieces, In: Proc. of 2nd Inter. Conf. on Automation Tech. 2, 337-343, Taipei.
  • [19] DOI M., MUROYA Y., 1990, Development of dynamic performance test for lathe, Trans. of JSME (C), 56/529, 2521-2526.
  • [20] DOI M., MASUKO M., ITO Y., 1982, Re-observation of the chatter vibration in chuck works – effects of jaw number on the appearance of a scale-like chatter mark, In: Proc. of 10th NAMRI of SME, 409 – 416.
  • [21] DOI M., et al., 1985, Study on parametric vibration in chuck work, Trans. of JSME (C), 51/463, 649-655.
  • [AP-1] ALTINTAS Y., EYNIAN M., ONOZUKA H., 2008, Identification of dynamic cutting force coefficients and chatter stability with process damping, CIRP Annals – Manufacturing Technology, 57, 371-374.
  • [AP-2] SELLMEIER V., HACKELOEER F., DENKENA B., 2009, Process damping in milling – measurement of process damping forces for chamfered tools by means of an electromagnetically guided spindle, 12th CIRP Conf. on Modelling of Machining Operations, Donostia-San Sebastian, 911-919.
  • [AP-3] SALJĖ E., ISENSEE U., 1976, Dynamische Verhalten schlanker Werkstücke bei unterschiedlichen Einspannbedingungen in Spitzen, ZwF, 71/8, 340-343.
  • [AP-4] JOCHEM C., ROUKEMA, ALTINTAS Y., 2006, Time domain simulation of torsional-axial vibrations in drilling, Inter. Jour. of Machine Tools & Manufacture, 46, 2073-2085.
  • [AP-5] KUMABE J., 1979, Precision machining – vibration cutting: its fundamentals and applications, Jikyou Shuppan.
Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-f59eb4fb-e18c-4339-88d3-4f95e0f9dbef
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