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Analytical modeling of chatter stability in turning and boring operations: a multi-dimensional approach

By Erhan Budak, Emre Özlü and Emre Ozlu

Abstract

In this study, an analytical model for the stability of turning and boring processes is proposed. The proposed model is a step ahead from the previous studies as it includes the dynamics of the system in a multidimensional form, uses the true process geometry and models the insert nose radius in a precise manner. Simulations are conducted in order to compare the results with the traditional oriented transfer function stability model, and to show the effects of the insert nose radius on the stability limit. It is shown that very high errors in stability limit predictions can be caused when the true process geometry is not considered in the calculations. The proposed stability model predictions are compared with experimental results and an acceptable agreement is observed

Topics: TJ Mechanical engineering and machinery
Publisher: Technische Rundschau Edition Colibri Ltd.
Year: 2007
DOI identifier: 10.1016/j.cirp.2007.05.093
OAI identifier: oai:research.sabanciuniv.edu:228

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