A system of retarded differential equations model is developed for a diamond-turning process with chip area cut by a round nosed tool. The results are presented in the form of stability charts that are found to be perturbed forms of those obtained for orthogonal cutting tools.
Issue Section:Technical Briefs
Keywords:machining, cutting, machine tools, mechanical stability, delay-differential systems, manufacturing processes
Topics:Diamond turning, Stability
O¨zdog˜anlar, O. B., and Endres, W. J., 1997, “A Structure Approach to Analytical Multi-Degree-of-Freedom Time-Invariant Stability Analysis for Machining,” submitted to ASME IMECE 1997.
M. A., and
Simulation and Measurement of Chatter in Diamond Turning,”
ASME J. Manuf. Sci. Eng.,
Observations of Chip Producing Behaviour in Ultra-Precision Diamond Machining and Study on Mirror-Like Surface Generating Mechanisms,”
12, 3, pp.
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