TITLE

549. Two-Terminal Manipulation of Masses: Application to Vibration Isolation of Passive Suspensions

AUTHOR(S)
Chuan Li; Shilong Wang; Ling Kang; Song Lei; Qibing Yu
PUB. DATE
June 2010
SOURCE
Journal of Vibroengineering;Jun2010, Vol. 12 Issue 2, p225
SOURCE TYPE
Academic Journal
DOC. TYPE
Article
ABSTRACT
A typical mass has only one genuine terminal, through which the mass interacts a position and a force vector with the environment. This paper proposes an innovative two-terminal manipulation approach for typical masses, such as mass blocks and flywheels, so as to upgrade its topology. A prototype device of the two-terminal mass is developed for testing. The experimental result validates its free two-terminal inertial dynamic characteristics. The two-terminal mass is then applied to vibration isolation of the passive suspension. The simulation result shows that, due to the presence of the second genuine terminal, the two-terminal mass contributes the suspension better isolation performance. The presented approach provides masses more extensive applications to vibration systems.
ACCESSION #
51841125

 

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