Efficiency of a gyroscopic device for conversion of mechanical wave energy to electrical energy : Technical report from ESGI-83 workshop in industrial mathematics 2011
Publication: Research - peer-review › Report – Annual report year: 2011
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Efficiency of a gyroscopic device for conversion of mechanical wave energy to electrical energy : Technical report from ESGI-83 workshop in industrial mathematics 2011. / Carlsen, Martin; Darula, Radoslav; Gravesen, Jens; Hjorth, Poul G.; Jørgensen, H.B.; Nguyen, Dang Manh; Nielsen, Peter Nørtoft; Olsen, J.; Petersen, H.G.; Røgen, Peter; Ögren, Magnus.
2011. 27 p.Publication: Research - peer-review › Report – Annual report year: 2011
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TY - RPRT
T1 - Efficiency of a gyroscopic device for conversion of mechanical wave energy to electrical energy
T2 - Technical report from ESGI-83 workshop in industrial mathematics 2011
A1 - Carlsen,Martin
A1 - Darula,Radoslav
A1 - Gravesen,Jens
A1 - Hjorth,Poul G.
A1 - Jørgensen,H.B.
A1 - Nguyen,Dang Manh
A1 - Nielsen,Peter Nørtoft
A1 - Olsen,J.
A1 - Petersen,H.G.
A1 - Røgen,Peter
A1 - Ögren,Magnus
AU - Carlsen,Martin
AU - Darula,Radoslav
AU - Gravesen,Jens
AU - Hjorth,Poul G.
AU - Jørgensen,H.B.
AU - Nguyen,Dang Manh
AU - Nielsen,Peter Nørtoft
AU - Olsen,J.
AU - Petersen,H.G.
AU - Røgen,Peter
AU - Ögren,Magnus
PY - 2011
Y1 - 2011
N2 - We consider a recently proposed gyroscopic device for conversion of mechanical ocean wave energy to electrical energy. Two models of the device derived from standard engineering mechanics from the literature are analysed, and a model is derived from analytical mechanics considerations. From these models, estimates of the power production, eciency, forces and moments are made. We nd that it is possible to extract a signicant amount of energy from an ocean wave using the described device. Further studies are required for a full treatment of the device.
AB - We consider a recently proposed gyroscopic device for conversion of mechanical ocean wave energy to electrical energy. Two models of the device derived from standard engineering mechanics from the literature are analysed, and a model is derived from analytical mechanics considerations. From these models, estimates of the power production, eciency, forces and moments are made. We nd that it is possible to extract a signicant amount of energy from an ocean wave using the described device. Further studies are required for a full treatment of the device.
BT - Efficiency of a gyroscopic device for conversion of mechanical wave energy to electrical energy
ER -