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Microtechnology / Materials science / Fluid-structure interaction / Piezoelectricity / Matter / FP7 / Framework Programmes for Research and Technological Development / Engineering / Electrical engineering / Fluid dynamics / Physics / Energy harvesting


FSI-HARVEST Numerical Modelling of smart energy harvesting devices driven by flow-induced vibrations Through the FSI-HARVEST project, the University of Luxembourg has benefited
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Document Date: 2014-01-31 09:34:54


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Country

Germany / France / /

Currency

EUR / /

Facility

University of Braunschweig / University of Luxembourg FP7 Project No. / University of Luxembourg / Tacoma Narrows Bridge / /

IndustryTerm

flow energy / medical devices / electrical energy / sensor applications / piezo-electric energy harvesting devices / electrical devices / local energy storage / micro-devices / micro electro-mechanical systems / energy harvesting / smart energy harvesters / smart devices / energy supply / even in-vivo medical devices / Possible applications / smart energy harvesting devices / physical systems / renewable energy resources / energy converter technology / energy / /

Movie

Tacoma Narrows Bridge / /

Organization

European Commission / University of Luxembourg / European Union / University of Braunschweig in Germany / /

Person

Marie Curie / Andreas Zilian / /

Position

project coordinator / Director and Dean / /

Technology

aero / This energy converter technology / simulation / /

URL

www.uni.lu / /

SocialTag