Abstract
This paper reports on a study into comparisons of different methods of tool wear assessment in turning. There is still a great deal of controversy about the usefulness and sensitivity of the different types of device which are commercially available.
The work reported here describes the possible methods of measuring wear for in-process applications, and defines those which have been commercialised. It then goes on to discuss the sensitivity of the useful methods and tabulates them for increasing sensitivity. This is based upon logical argument and the experience of other researchers. The paper then describes actual testing carried out by one of the authors and gives results for vibration, tool force and power sensing of wear.
The results of the tests supported the sensitivity tabulation already noted which places power, vibration and tool force sensing in an ascending order of sensitivity.
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References
PROJECT DEFINITION STUDY(1985) Sensor Based Machine Tool Management System, Dept. of Engineering, University of Warwick, and Dept. of Mechanical & Manufacturing Systems Engineering, UWIST Cardiff
N.H. COOK(1980) Tool Wear Sensors, Wear 62, p.49–57
G.F. MICHELETTI, W. KOENIG and H.R. VICTOR(1976) In-Process Tool Wear Sensors for Cutting Operations, Annals of the CIRP Vol 25/2, p.483–496
G. SPUR and F. LEONARDS (1973) Sensoren zur Erfassung von Prozesskenngrossen bei der Krehbearbeitung, Annals of the CIRP Vol 24/1
K. ESSEL and W. HANSEL(1975) Development of Sensors for Process Control Systems in the Field of Production Engineering, PDV-Rep KFK-PDV 41, Gesellschaft fur Kernforschung mbH, Karlsruhe
S.M. ARSORSKI (1983) Wear Sensors in the adaptive control of machine tools, Int. J. Prod. Research V21 n 3, p.347–356
A.J. WILKINSON (1971) Constriction-Resistance Concept Applied to Wear Measurement of Metal Cutting Tools, Proc.IEE Vol 118, n 2
E. SAKAI, N. YODA and K. OGURA(1974) Research on Tool Wear Sensing, JSMR No 740–15, p.209–212
K. UEHARA(1973) New Attempts for Short Time Tool Life Testing, Annals of the CIRP 22(1)
A. NOVAK(1983) Monitoring of the Tool Conditions by Means of Photodiode Arrays, Manuf. Systems Vol 12 n 3, p.245–255
K. ESSEL, F. OTTO and W. KIRCHNER(1974) Sensor zum Erfassen des Frei-flachenverschleises an Drehwerkzeugen, VDI-Z 116 n 17, p.1427–29
N.F. SHILLMAN(1971) The On-line Control of Cutting Conditions Using Direct Feedback, Proc.12th Int.MTDR Conference
V. SOLAJA and VUKELJA (1973) Identification of Tool Wear Rate by Temperature Variation of a Carbide Tip, Annals of the CIRP 22, 1 p.117–119
G.F. MICHELETTI (1966) Relationship Between Cutting Forces and Tool Wear in Steel Turning, 7th Int.MTDR Conference Birmingham
K. TARAMAN, R. SWANDO and W. YAMAUCHI (1974) Relationship Between Tool Forces and Flank Wear, SME Tech Paper No MR74, p.704
J. TLUSTY and G.C. ANDREWS (1983) A Critical Review of Sensors for Unmanned Machining, Annals of CIRP Vol 32 n 2, p.563–572
G. SCHAFFER(1983) Sensors: the Eyes and Ears of CIM, Am Mach. Vol 127 n 7, p.109–124
H. TAKEYAMA(1975) Automation Developments in Japan, 3rd North American Metalworking Research Conference, p.672–85
L.V. COLWELL, J.C. MAZUR and J. ANGELL(1975) Progress REport, Diagnostic Sensing in Machining Operations, Project 320357, University of Michigan
W.K. AACHEN(1984) In-process Monitoring of Cutting Tool Forces, 2nd Biennial Intl. Mach. Tool Tech. Conference V11, p.83–99
P. MARTIN, B. MUTELS and J.P. DRAPIER(1974) Influence of Lathe Tool Wear on the Vibrations Sustained in Cutting, Proc. of the 15th MTDR Conf, p.251–257
T.H. HINGLE and J.H. RAKELS(1983) The Practical Application of Diffraction Techniques to Assess Surface Finnish of Diamond Turned Parts, Annals of CIRP Vol 32 n 1, p.499–501
S. UENO (1972) In Process Measurement in Europe and US, JSPE No 10, p.803–807
G.F. KINDL (1983) Automatic In-Process Gauging with Laser Optics, Conf. Proc.20th Ann. Meeting Num. Control Soc, p.135–137
E.J. WELLER, H.M. SCHRIER and B. WELCHBRODT(1969) What Sound can be expected from a Worn Tool?, Trans ASME J Eng. Ind Vol 91 n 3, p.525–34
Y. MORIWAKI(1980) Detecting for Cutting Tool Fracture by Acoustic Emission Measurement, Annals of CIRP Vol 29 n 1 p.35–40
SANDVIK AB Sandviken, Sweden
F. WERNER, TI Rockwell Ltd, London, UK
CINCINNATI MILACRON (UK) LTD, Birmingham, UK
MACOTECH CORPORATION, Seattle, Wa, USA
VALENITE MODCO (UK) LTD, Milton Keynes, UK
OSAKA KIKO CO, Osaka, Japan
D. GEE et A1 (1984) Automatic Detection of Cutting Tool Failure, 2nd Biennial Int. Machine Tool Tech Conf, p.4–129 to 4–143
J.W. POWELL et al (1984) Cutting Tool Sensors, 2nd Biennial Int. Machine Tool Tech Conf, p.4–145 to 4–161
A. OWEN(1985) An Investigation into Techniques suitable for the Detection of In-Process Cutting Tool Wear of a Lathe Tool, M. Eng Project, Department of Mechanical & Manufacturing Systems Engineering, UWIST, Cardiff.
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© 1986 Department of Mechanical Engineering University of Manchester Institute of Science and Technology
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Martin, K.F., Brandon, J.A., Grosvenor, R.I., Owen, A. (1986). A Comparison of in-Process Tool Wear Measurement Methods in Turning. In: Davies, B.J. (eds) Proceedings of the Twenty-Sixth International Machine Tool Design and Research Conference. Palgrave, London. https://doi.org/10.1007/978-1-349-08114-1_37
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DOI: https://doi.org/10.1007/978-1-349-08114-1_37
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