This paper explores optimal damping profiles for a heaving buoy wave energy converter (WEC). The approach is mathematical and the model of Eidsmoen (1995) is used as a basis. In order to permit analytical development, the model is initially simplified and an optimal damping profile is determined using numerical optimization. Having found the optimal damping profile, a semi-analytical solution methodology is developed to determine the optimal damping parameters. Finally, the procedure is validated on the original model and some aspects related to the control problem are addressed
International audienceIn this paper we consider wave energy converters (WECs) of the heaving buoy ty...
With increasing energy demanding and greenhouse gases from fossil fuel, the need to develop new ways...
A wave energy converter and method for extracting energy from water waves maximizes the energy extra...
This paper explores optimal damping profiles for a heaving buoy wave energy converter (WEC). The app...
This paper explores optimal damping profiles for a heaving buoy wave energy converter (WEC). The app...
This paper discusses optimal damping profiles for a heaving buoy Wave Energy Converter (WEC) with a...
© 2018 IEEE. This paper derives a control law within the context of optimal control theory for a hea...
A point absorbing wave energy converter (WEC) is a complicated dynamical system. A semi-submerged bu...
Abstract: This paper examines a simple model of an idealised point-absorber wave energy device. The ...
Abstract This paper presents, assesses, and optimizes a point absorber wave energy converter (WEC) t...
A mathematical model is presented for a slack-moored wave-energy converter (WEC), consisting of a se...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
With the increasing global demand for energy and environmental awareness, the interestin sustainable...
This paper concerns the interplay between the physical geometry of a wave energy converter (WEC) an...
A three-dimensional frequency-domain numerical wave tank (FR-NWT) based on the Rankine panel method ...
International audienceIn this paper we consider wave energy converters (WECs) of the heaving buoy ty...
With increasing energy demanding and greenhouse gases from fossil fuel, the need to develop new ways...
A wave energy converter and method for extracting energy from water waves maximizes the energy extra...
This paper explores optimal damping profiles for a heaving buoy wave energy converter (WEC). The app...
This paper explores optimal damping profiles for a heaving buoy wave energy converter (WEC). The app...
This paper discusses optimal damping profiles for a heaving buoy Wave Energy Converter (WEC) with a...
© 2018 IEEE. This paper derives a control law within the context of optimal control theory for a hea...
A point absorbing wave energy converter (WEC) is a complicated dynamical system. A semi-submerged bu...
Abstract: This paper examines a simple model of an idealised point-absorber wave energy device. The ...
Abstract This paper presents, assesses, and optimizes a point absorber wave energy converter (WEC) t...
A mathematical model is presented for a slack-moored wave-energy converter (WEC), consisting of a se...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
With the increasing global demand for energy and environmental awareness, the interestin sustainable...
This paper concerns the interplay between the physical geometry of a wave energy converter (WEC) an...
A three-dimensional frequency-domain numerical wave tank (FR-NWT) based on the Rankine panel method ...
International audienceIn this paper we consider wave energy converters (WECs) of the heaving buoy ty...
With increasing energy demanding and greenhouse gases from fossil fuel, the need to develop new ways...
A wave energy converter and method for extracting energy from water waves maximizes the energy extra...