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Vibration / Statistical energy analysis / Resonance / Damping / Physics / Mechanics / Acoustics


Vibroacoustics Analysis and Reduction of Liquid-filled Pipeline
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Document Date: 2013-10-24 04:08:05


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City

Beijing / London / Lyon / Boston / New York / /

Company

Tsinghua University Press / Russell / State Key Laboratory / /

Country

China / Greece / /

Facility

Pipeline Engineering / Pipeline Ya-li Jiang De-qing Yang Ming-hui Bao School / When building / Shanghai Jiao Tong University / For pipeline / /

IndustryTerm

presented analysis technology / analysis technology / subsea oil fields / presented technology / structural-acoustic systems / subsea production systems / statistical energy analysis / proposed technology / vibration analysis technology / modal strain energy method / vibration energy / modal strain energy / pipeline systems / vibroacoustics analysis technology / steel / energy / /

Organization

National Natural Science Foundation of China / International Society of offshore and Polar Engineers / Tsinghua University / Pipeline Ya-li Jiang De-qing Yang Ming-hui Bao School of Naval Architecture / Ocean and Civil Engineering / Shanghai Jiao Tong University / Shanghai / /

Person

Marcel Dekker / /

Position

MP / hybrid model in pipeline vibroacoustics analysis / /

PublishedMedium

Journal of Computational Acoustics / /

Technology

vibroacoustics analysis technology / vibration analysis technology / proposed technology / presented technology / CONCLUSIONS Vibroacoustic analysis technology / presented analysis technology / analysis technology / /

URL

www.isope.org / /

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