Fluid-structure interaction of tanks with an eccentric core barrel

Kam Liu Wing Kam Liu; Joseph Gvildys

doi:10.1016/0045-7825(86)90078-2

Fluid-structure interaction of tanks with an eccentric core barrel

Kam Liu Wing Kam Liu^*, Joseph Gvildys

^*Corresponding author for this work

Mechanical Engineering

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

31 Scopus citations

Abstract

The fluid-structure interaction of fluid-coupled concentric cylindrical shells is reviewed. A coupled fluid-structure finite element method which considers the sloshing effect is then developed for the dynamic analysis of liquid-filled systems with internal components. The theoretical development of the mixed finite element formulation is also included. The resulting fluid-structure interaction algorithm has been integrated into the computer code flustr II and the seismic analysis of liquid-filled tanks with an eccentric core barrel is performed. Numerical results show that the method yields accurate solutions with large increases in efficiency.

Original language	English (US)
Pages (from-to)	51-77
Number of pages	27
Journal	Computer Methods in Applied Mechanics and Engineering
Volume	58
Issue number	1
DOIs	https://doi.org/10.1016/0045-7825(86)90078-2
State	Published - Oct 1986

ASJC Scopus subject areas

Computational Mechanics
Mechanics of Materials
Mechanical Engineering
Physics and Astronomy(all)
Computer Science Applications

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10.1016/0045-7825(86)90078-2

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title = "Fluid-structure interaction of tanks with an eccentric core barrel",

abstract = "The fluid-structure interaction of fluid-coupled concentric cylindrical shells is reviewed. A coupled fluid-structure finite element method which considers the sloshing effect is then developed for the dynamic analysis of liquid-filled systems with internal components. The theoretical development of the mixed finite element formulation is also included. The resulting fluid-structure interaction algorithm has been integrated into the computer code flustr II and the seismic analysis of liquid-filled tanks with an eccentric core barrel is performed. Numerical results show that the method yields accurate solutions with large increases in efficiency.",

author = "{Wing Kam Liu}, {Kam Liu} and Joseph Gvildys",

note = "Funding Information: We also wish to acknowledget he assistanceo f Mr. Hsiu Guo Chang, graduates tudenti n the Department of Mechanical and Nuclear Engineering at NorthwesternU niversity, in the developmento f the G{\textquoteright}M-{\textquoteleft}G matrix and related computer programmingf or this paper. The support of Mr. Hsiu Guo Chang by National ScienceF oundation Grant No. CEE82-13739i s gratefully acknowledged.",

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T1 - Fluid-structure interaction of tanks with an eccentric core barrel

AU - Wing Kam Liu, Kam Liu

AU - Gvildys, Joseph

N1 - Funding Information: We also wish to acknowledget he assistanceo f Mr. Hsiu Guo Chang, graduates tudenti n the Department of Mechanical and Nuclear Engineering at NorthwesternU niversity, in the developmento f the G’M-‘G matrix and related computer programmingf or this paper. The support of Mr. Hsiu Guo Chang by National ScienceF oundation Grant No. CEE82-13739i s gratefully acknowledged.

PY - 1986/10

Y1 - 1986/10

N2 - The fluid-structure interaction of fluid-coupled concentric cylindrical shells is reviewed. A coupled fluid-structure finite element method which considers the sloshing effect is then developed for the dynamic analysis of liquid-filled systems with internal components. The theoretical development of the mixed finite element formulation is also included. The resulting fluid-structure interaction algorithm has been integrated into the computer code flustr II and the seismic analysis of liquid-filled tanks with an eccentric core barrel is performed. Numerical results show that the method yields accurate solutions with large increases in efficiency.

AB - The fluid-structure interaction of fluid-coupled concentric cylindrical shells is reviewed. A coupled fluid-structure finite element method which considers the sloshing effect is then developed for the dynamic analysis of liquid-filled systems with internal components. The theoretical development of the mixed finite element formulation is also included. The resulting fluid-structure interaction algorithm has been integrated into the computer code flustr II and the seismic analysis of liquid-filled tanks with an eccentric core barrel is performed. Numerical results show that the method yields accurate solutions with large increases in efficiency.

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Fluid-structure interaction of tanks with an eccentric core barrel

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