Method and damping element for reducing the natural vibration of a component
The invention relates to a method for the reduction of the natural vibration (resonance) of a component ( 2 ). According to the invention a vibration behavior of component ( 2 ) is determined, wherein to each of the positions having vibration amplitudes, which exceed a preset threshold value, an attenuation element ( 1 ) is locally mounted, which is formed as a multilayered adhesive element including a support layer ( 1.1 ) and a self-adhesive damping mass. Moreover the invention relates to an attenuation element ( 1 ) for the reduction of the natural vibrations of a component ( 2 ). According to the invention the attenuation element ( 1 ) is formed as a multilayered adhesive element of a support layer ( 1.1 ) and a self-adhesive damping mass ( 1.2 ), wherein the support layer ( 1.1 ) is formed of a bend-resistant material and the damping mass ( 1.2 ) preferably is formed of butyl rubber.
1. A method for the reduction of the natural vibrations of a component, wherein, a vibration behavior of the component is determined at a plurality of positions and an attenuation element is mounted in a spot-like manner with positional accuracy to each of the plurality of positions having vibration amplitudes exceeding a preset threshold value, wherein the attenuation elements are formed as a multilayered adhesive element including a support layer and a self-adhesive damping mass.
2. The method according to claim 1 , wherein, the vibration behavior is determined in a simulation.
3. The method according to claim 1 , wherein, the vibration behavior is determined by way of laser scanning vibrometry.
4. The method according to claim 1 , wherein, the attenuation element is mounted to component manually and/or in an automated manner.
5. The method according to claim 1 , wherein, the attenuation element is mounted separately from a support element and to the component in an automated manner.
6. The method according to claim 1 , wherein, the attenuation element is formed as a multilayered adhesive element of a support layer and a self-adhesive damping mass, wherein the support layer is formed of a bending-resistant material and the damping mass is formed of a material, the stiffness of which is lower than that of the support layer, the material of the support layer being an intrinsically hard aluminum alloy or stainless steel.
7. The method according to claim 6 , wherein, the intrinsically hard aluminum alloy is a 5xxx aluminum alloy.