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The Prediction of Structure-borne Noise Transmission in Ships Using Statistical Energy Analysis Y. K. Tso Department of Defence, Aeronautical and Maritime Research Laboratory - DSTO, Fishermens Bend, Victoria 3207, Austr
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Document Date: 2011-05-02 00:52:18

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File Size: 649,44 KB

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City

Victoria / Goteborg / Meters / Cambridge / Bangkok / Copenhagen / Lyon / /

Company

aPl / MIT Press / INTER-NOISE 78 Sarl / /

Continent

Australia / /

Country

Australia / Sweden / /

Currency

USD / /

Facility

University of Adelaide / Maritime Research Laboratory / /

IndustryTerm

machinery foundation ofa ship bottom structure / similar systems / steel cylinders / weapon systems / on-board equipment / steel end plate of2 min thickn eu / vibratory energy flow / mean energy / mean energy level / vibrational energy / computer technology / a2 mmthick steel end plate / e-borne / software packages / thin steel cylinder / energy / /

OperatingSystem

Microsoft Windows / /

Organization

University of Adelaide / Defence Science and Technology Organisation / MIT / Statistical Energy Analysis Y. K. Tso Department of Defence / Hansen Department of Mechanical Engineering / Aeronautical and Maritime Research Laboratory / /

Position

designer / Hunter / /

ProvinceOrState

South Australia / Massachusetts / Victoria / /

Region

South Australia / /

Technology

computer technology / /

SocialTag