The purpose of this paper is to examine the hydrodynamics around floating wave energy converters (f- WECs). In particular, the paper considers the case of the f-WEC of the Wave Activated Body type, named DEXA. Based on 3D wave experiments in the Laboratory of the Aalborg University (DK), the modified wave field around a wave energy farm (composed by three 1:60 scale models) and around a single device (1:30 scale model) is investigated. Specific results include wave reflection, wave transmission and wave disturbance around the device. The results are examined considering scale effects, influence of wave length and wave steepness.
The wave field around DEXA devices and implications for coastal protection / Zanuttigh B.; Angelelli E.; Castagnetti M.; Kofoed J. P.; Clausen L.. - ELETTRONICO. - --:(2011), pp. ---. (Intervento presentato al convegno 9th EWTEC 2011 tenutosi a Southampton nel 5-9 Settembre 2011).
The wave field around DEXA devices and implications for coastal protection.
ZANUTTIGH, BARBARA;ANGELELLI, ELISA;
2011
Abstract
The purpose of this paper is to examine the hydrodynamics around floating wave energy converters (f- WECs). In particular, the paper considers the case of the f-WEC of the Wave Activated Body type, named DEXA. Based on 3D wave experiments in the Laboratory of the Aalborg University (DK), the modified wave field around a wave energy farm (composed by three 1:60 scale models) and around a single device (1:30 scale model) is investigated. Specific results include wave reflection, wave transmission and wave disturbance around the device. The results are examined considering scale effects, influence of wave length and wave steepness.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.