Other approaches (than the choice of rotation speed) to limit vibrations
Machining vibrations - How can they be identified and addressed
Quizzed article REF: BM7030 V2
Other approaches (than the choice of rotation speed) to limit vibrations
Machining vibrations - How can they be identified and addressed

Author : Lionel ARNAUD

Publication date: January 10, 2019, Review date: November 25, 2020 | Lire en français

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7. Other approaches (than the choice of rotation speed) to limit vibrations

In practice, the theory of stability lobes makes it possible to estimate rotational speeds with the least amount of regenerative vibration. Numerous other methods can also be used to reduce vibrations, without being limited solely to the choice of rotational speed.

7.1 Damping systems

It is known experimentally and shown theoretically that adding damping to the machining system limits machining vibrations.

To be effective, damping should ideally be added to the softest part of the system, and in such a way as to maximize energy dissipation. Conversely, adding damping to a perfectly rigid element brings no gain. Similarly, if the damping is not in the right direction, it's useless.

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Other approaches (than the choice of rotation speed) to limit vibrations

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