Abstract

The results of a dynamic stability analysis of a deep hole honing tool are presented. The mathematical model of abrasive machining is analyzed under different support conditions and tool locations on a flexible central shaft. The non-conservative interaction loads of cutting are derived. Complex eigenvalues of system vibrations are calculated. Finally, the influences of system parameters on the stability conditions of dynamic behavior are analyzed.

Volume Subject Area:
18th Biennial Conference on Mechanical Vibration and Noise
Topics:
Dynamic stability, Abrasive machining, Cutting, Eigenvalues, Stability, Stress, Vibration
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