Development of a New Damping Matrices Identification Method and Its Applications
Development of a New Damping Matrices Identification Method and Its Applications
- New search for: Kim, J.
- New search for: Lee, Joon-Hyun
- New search for: Grinker, Scott C.
- New search for: Kim, J.
- New search for: Lee, Joon-Hyun
- New search for: Grinker, Scott C.
An experimental method to identify damping characteristics of a dynamic system is reported. The method identifies damping matrices of the equation of motion of the system from measured frequency response functions, each different damping mechanism in a distinct matrix. Related experimental techniques and signal processing issues are discussed. Theoretical validation and error study are conducted by applying the method to a theoretical example. The method is applied experimentally to a thin beam with two different damping characteristics for experimental validation and demonstration of the method. Important advantages of the method over existing methods are explained.
Document information
Development of a New Damping Matrices Identification Method and Its Applications
Sae Technical Papers
SAE 2001 Noise & Vibration Conference & Exposition ; 2001
2001-04-30
Conference paper
English
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