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Military technology / Defence Science and Technology Organisation / Pipe / Damage control / Non-lethal weapon / Hose / Piping / Plumbing / Technology / Military science


VOLUME 3 ISSUE 4 DECEMBER 2012 | ISSN[removed]Online) AUSTRALIA Vibration energy harvesting Modelling for quieter sub operations
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Document Date: 2013-05-14 19:36:41


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Company

DSTO / Australian Maritime College’s Cavitation Research Laboratory / United States Air Force Research Laboratory / /

Country

United States / Australia / United Kingdom / /

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Event

Patent Filing / Reorganization / /

Facility

Australian Maritime College’s Cavitation Research Laboratory / DSTO’s Low Speed Wind Tunnel / United States Air Force Research Laboratory / RMIT University / University of California / /

IndustryTerm

power supply systems / rolled steel fire mains / smart valve technology / electronic device / computational fluid dynamics modelling tool / biaxial vibration energy harvesting concept / water mist systems / electricity generator / suppressant systems / Valve systems / machinery / prototype vibration energy harvester / damage control systems / millimetre diameter chrome-steel ball bearing / rubber / computational modelling tools / broadband multi-axis vibration energy harvesting / household audiovisual equipment / real-time damage assessment / pipe patching repair systems / Possible applications / naval damage control tools / energy / damage control tools / rubber gasket / pipe patching technologies / metal / recent prototype device / energy source / vibrations using devices / chemical sensor microchip development / weapon systems / pipe jumper technology / rifles firing rubber bullets / steel plate / vibration energy harvesting experimentation setup / aerospace platforms / technology design / computational electromagnetic software / control systems / ancillary equipment / vibration energy / energy harvesters / in situ monitoring devices / analytical tool / radiofrequency systems / energy harvesting / damage site / research tools / vibration energy harvesters / vibration energy harvesting work / cooling machinery / /

Organization

RAN School of Survivability and Ship Safety / Defence Science and Technology Organisation / Australian Defence Organisation / Australian Maritime College / Naval Undersea Warfare Center / United States Naval Surface Warfare Center / Federal Government / Department of Defence / University of California / Los Angeles / RMIT University / /

Person

Scott Moss / Martin Wong / Grant Gamble / Paul Callus / Brendon Anderson / Alex Zelinsky / Tony Cox / Casey Harris / Jimmy Hafesjee / Karen Polglaze / /

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Position

commanding officer / testing aircraft fuel Managing Editor / researcher / Governor / others Editor / Chief Defence Scientist / DSTO researcher / /

Product

OpenFOAM The computational fluid dynamics modelling tool / OpenFOAM The / /

ProvinceOrState

California / /

Technology

broadband / pipe jumper technology / fluid dynamics / smart valve technology / Two existing technologies / pipe patching technologies / SWASS technology / simulation / /

URL

www.dsto.defence.gov.au / /

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