Abstract: 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.
Type:
Grant
Filed:
September 12, 2013
Date of Patent:
April 7, 2015
Assignee:
Faist Chemtec GmbH
Inventors:
Bernd Fuhrmann, Christoph Grevener, Christian Hardt, Zdislaw Kornacki, Petra Lawrence, Heike Ursula Obst, Dimitrios Patsouras
Abstract: 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.
Type:
Application
Filed:
September 12, 2013
Publication date:
January 9, 2014
Applicant:
FAIST CHEMTEC GMBH
Inventors:
Bernd FUHRMANN, Christoph GREVENER, Christian HARDT, Zdislaw KORNACKI, Petra LAWRENCE, Heike Ursula OBST, Dimitrios PATSOURAS