Cutter-Oscillator With Single-Degree-Of-Freedom For The Study Of Cutting Vibrations

Vnukov, Yuriy; Tryshyn, Pavlo; Kozlova, Olena; Dyadya, Serhiy

doi:10.2478/scjme-2024-0017

Abstract

The work includes theoretical analysis of the design of a single-degree-of-freedom cutter-oscillator. An improved design, allowing for the adjustment of mass and overhang length, is proposed. An experimental stand for recording oscillograms of cutting-edge motion is developed. The proposed approach allows the cutter-oscillator operation to be effectively tuned depending on the cutting conditions. The results provide a flexible system for parameter estimation under different cutting conditions.

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Cutter-Oscillator With Single-Degree-Of-Freedom For The Study Of Cutting Vibrations

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