Devices, systems, and methods for damping vibration of a structural component or power transmission shafts are disclosed. Damping devices, systems, and methods utilize a lightweight damping device, configured to reduce the resonant amplitude of the first several beaming modes and/or torsional modes of bending a hollow shaft or strut. The device is inserted and secured within the original structural component or shaft. When the primary shaft undergoes bending due to modal characteristics, the damping elements react to dissipate energy, which effectively reduces the resonant amplitude.
Dampened Link
M. Morandini;G. L. Ghiringhelli;F. Biondani;
2024-01-01
Abstract
Devices, systems, and methods for damping vibration of a structural component or power transmission shafts are disclosed. Damping devices, systems, and methods utilize a lightweight damping device, configured to reduce the resonant amplitude of the first several beaming modes and/or torsional modes of bending a hollow shaft or strut. The device is inserted and secured within the original structural component or shaft. When the primary shaft undergoes bending due to modal characteristics, the damping elements react to dissipate energy, which effectively reduces the resonant amplitude.File in questo prodotto:
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