Modal approximations of power flow between coupled component structures

Y. C. Tan; M. P. Castanier; C. Pierre

Modal approximations of power flow between coupled component structures

Y. C. Tan
, M. P. Castanier
, C. Pierre

Department of Mechanical Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

In this article, component mode synthesis (CMS) is used to generate a model of a complex structure based on the finite element models of the component structures. By using CMS, each component structure finite element model may be run separately, and the component modes may be selected for the frequency range of interest to reduce the size of the model. A new technique is introduced to further reduce the size of the CMS model.

Original language	English
Pages (from-to)	65
Number of pages	1
Journal	Shock and Vibration Digest
Volume	32
Issue number	1
State	Published - Jan 2000

Cite this

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title = "Modal approximations of power flow between coupled component structures",

abstract = "In this article, component mode synthesis (CMS) is used to generate a model of a complex structure based on the finite element models of the component structures. By using CMS, each component structure finite element model may be run separately, and the component modes may be selected for the frequency range of interest to reduce the size of the model. A new technique is introduced to further reduce the size of the CMS model.",

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AB - In this article, component mode synthesis (CMS) is used to generate a model of a complex structure based on the finite element models of the component structures. By using CMS, each component structure finite element model may be run separately, and the component modes may be selected for the frequency range of interest to reduce the size of the model. A new technique is introduced to further reduce the size of the CMS model.

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SN - 0583-1024

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JO - Shock and Vibration Digest

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Modal approximations of power flow between coupled component structures

Abstract

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