The Wave Dragon Wave Energy Converter is currently facing a precommercial phase. At this stage of development a reliable overtopping model is highly required, in order to predict the performance of the device at possible deployment locations. A model formulation derived for an overtopping device with general geometry has been used so far. The paper presents an updated formulation drawn through the tank testing of a scaled model the Wave Dragon. The sensitivity analysis of the main features influencing the overtopping flow led to an updated model formulation which can be specifically suited for the Wave Dragon
ABSTRACT: An Overtopping Wave Energy Convertor (OWEC) is an offshore wave energy convertor used for ...
This paper focuses on the calibration of the MIKE21BW model against the measured wave height reducti...
The Wave Dragon Wave Energy Converter is ready to be up-scaled to commercial size. The design and fe...
The Wave Dragon is a floating slack-moored Wave Energy Converter of the overtopping type, which is f...
An overtopping model specifically suited for Wave Dragon is needed in order to improve the reliabili...
The Wave Dragon is a floating slack-moored Wave Energy Converter (WEC) of the overtopping type. Onco...
The Wave Dragon is a floating Wave Energy Converter (WEC) working by the overtopping principle. The ...
Wave Dragon is a floating wave energy converter working by extracting energy principally by means of...
A study of overtopping flow series on the Wave Dragon prototype, a low crested device designed to ma...
Simulation work has been used extensively with the Wave dragon and other overtopping devices to anal...
Wave Dragon is a wave energy converter of the overtopping type. The device has been thoroughly teste...
Wave Dragon is a floating wave energy converter working by extracting energy principally by means of...
For overtopping wave energy converters (WECs) a more efficient energy conversion can be achieved whe...
The Wave Dragon is an offshore wave energy converter of the overtopping type. It consists of two wav...
This paper reports on the real sea performance of the buoyancy control system of Wave Dragon, a floa...
ABSTRACT: An Overtopping Wave Energy Convertor (OWEC) is an offshore wave energy convertor used for ...
This paper focuses on the calibration of the MIKE21BW model against the measured wave height reducti...
The Wave Dragon Wave Energy Converter is ready to be up-scaled to commercial size. The design and fe...
The Wave Dragon is a floating slack-moored Wave Energy Converter of the overtopping type, which is f...
An overtopping model specifically suited for Wave Dragon is needed in order to improve the reliabili...
The Wave Dragon is a floating slack-moored Wave Energy Converter (WEC) of the overtopping type. Onco...
The Wave Dragon is a floating Wave Energy Converter (WEC) working by the overtopping principle. The ...
Wave Dragon is a floating wave energy converter working by extracting energy principally by means of...
A study of overtopping flow series on the Wave Dragon prototype, a low crested device designed to ma...
Simulation work has been used extensively with the Wave dragon and other overtopping devices to anal...
Wave Dragon is a wave energy converter of the overtopping type. The device has been thoroughly teste...
Wave Dragon is a floating wave energy converter working by extracting energy principally by means of...
For overtopping wave energy converters (WECs) a more efficient energy conversion can be achieved whe...
The Wave Dragon is an offshore wave energy converter of the overtopping type. It consists of two wav...
This paper reports on the real sea performance of the buoyancy control system of Wave Dragon, a floa...
ABSTRACT: An Overtopping Wave Energy Convertor (OWEC) is an offshore wave energy convertor used for ...
This paper focuses on the calibration of the MIKE21BW model against the measured wave height reducti...
The Wave Dragon Wave Energy Converter is ready to be up-scaled to commercial size. The design and fe...