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THE EFFECT OF WALL JOINT ON THE VIBRATIONAL POWER FLOW PROPAGATION IN A FLUID-FILLED SHELL

Authors
Journal
Journal of Sound and Vibration
0022-460X
Publisher
Elsevier
Publication Date
Volume
224
Issue
3
Identifiers
DOI: 10.1006/jsvi.1998.2191

Abstract

Abstract A fluid-filled cylindrical shell comprising a wall joint is investigated by using the concept of vibrational power flow. The power flow in the contained fluid and in the shell wall of this fluid-filled elastic cylindrical shell is studied. The transmission loss of vibrational power flow through the wall joint is studied and an analysis of power flow transmission and reflection at the joint in fluid-filled shells is presented. Material stiffness of the joint and frequency are two important factors that are found to strongly influence the results. It is hoped that the analysis will shed some light on the control of vibrational propagation in shells filled with fluid.

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