Experimental and Mathematical Modeling of a Single DOF wave energy converter
Publish place: 11th National Symposium of Marine Industries
Publish Year: 1388
Type: Conference paper
Language: English
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Document National Code:
NSMI11_122
Index date: 21 August 2009
Experimental and Mathematical Modeling of a Single DOF wave energy converter abstract
In this paper the performance of a novel wave energy converter (WEC) is studied. The system is called SUTH and extracts the wave energy from heaveng motion of a cylinder shaped buoy. It is constructed with such an inniovative approach that can also operate in two degrees of freedom (heave-pitch). The experimental setup as well as mathematical model is developed in Marine Engineering Research Center (MERC), Sharif University of Technology. Som experimental results are presented and the experimints show different parameters wich are effective on the system efficiency. Main parameters are wave height, wave lengh and buoy shape.
Experimental and Mathematical Modeling of a Single DOF wave energy converter Keywords:
Experimental and Mathematical Modeling of a Single DOF wave energy converter authors
H Sarlak
M.Sc. Student , school of mechanical engineering , Sharif university of technology Tehran, Iran
M Abbaspour
Professor of mechanical engineering , Sharif university of technology Tehran, Iran