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Finite element vibration analysis of a partially covered cantilever beam with concentrated tip mass

Yaman, Mustafa

AbstractThe work presented in this paper is the theoretical investigation of the dynamical behavior of a cantilever beam, partially covered by damping and constraining layers, with concentrated mass at the free end. A finite element method is used in order to obtain the resonant frequencies and loss factors. The resonant frequencies and loss factors for different physical and geometrical parameters are determined. The variations of these two parameters are found to be strongly dependent on the geometrical and physical properties of the constraining layers and the mass ratio.

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Finite element vibration analysis of a partially covered cantilever beam with concentrated tip mass

Yaman, Mustafa

AbstractThe work presented in this paper is the theoretical investigation of the dynamical behavior of a cantilever beam, partially covered by damping and constraining layers, with concentrated mass at the free end. A finite element method is used in order to obtain the resonant frequencies and loss factors. The resonant frequencies and loss factors for different physical and geometrical parameters are determined. The variations of these two parameters are found to be strongly dependent on the geometrical and physical properties of the constraining layers and the mass ratio.

Finite element vibration analysis of a partially covered cantilever beam with concentrated tip mass

Yaman, Mustafa

AbstractThe work presented in this paper is the theoretical investigation of the dynamical behavior of a cantilever beam, partially covered by damping and constraining layers, with concentrated mass at the free end. A finite element method is used in order to obtain the resonant frequencies and loss factors. The resonant frequencies and loss factors for different physical and geometrical parameters are determined. The variations of these two parameters are found to be strongly dependent on the geometrical and physical properties of the constraining layers and the mass ratio.

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Title:

Finite element vibration analysis of a partially covered cantilever beam with concentrated tip mass

Contributors:

Yaman, Mustafa (author)

Publication date:

2004-10-14

Size:

8 pages

ISSN:

DOI:

https://doi.org/10.1016/j.matdes.2004.10.009

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Damping , Sandwich beam , Finite element

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