The realism of wave tank tests can be improved by the use of site-specific buoy data. However, representing and reproducing vast quantities of complex wave buoy data within practical time constraints can be challenging. In this paper the process of classifying, generating and measuring 'representative' directional spectra in FloWave is presented. Two years of buoy data, from the European Marine Energy Centre, Orkney, UK, is manipulated to give a small number of groups. It is shown that the resulting complex representative sea states can be generated effectively in the FloWave tank
Due to the character of the original source materials and the nature of batch digitization, quality ...
The study presents a newly generated hindcast database of metocean conditions for the region of the ...
Wave tank tests aiming to reproduce realistic or site specific conditions will commonly involve usin...
The realism of wave tank tests can be improved by the use of site-specific buoy data. However, repre...
The full text of this paper is available via the ICOE Library link in this record.FloWave is the wor...
Wave tank tests facilitate the understanding of how complex sea conditions influence the dynamics o...
Wave tank model testing is a commonly used method to assess the performance of Wave Energy Converter...
AbstractWave tank tests aiming to reproduce realistic or site specific conditions will commonly invo...
When dealing with the estimation of the power production of Wave Energy Converters (WECs), from eith...
International audienceAccurate evaluations of the available and technically exploitable wave energy ...
The successful implementation of marine renewable energy requires complex engineering projects to in...
The RESOURCECODE wave database was developed at Ifremer by the Laboratory of Ocean Physics and Satel...
Site-specific wave data can be used to improve the realism of tank test conditions and resulting out...
In order to predict the response of wave energy converters an accurate representation of the wave cl...
The RESOURCECODE project has delivered an hindcast database and a dedicated analysis toolbox to the ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
The study presents a newly generated hindcast database of metocean conditions for the region of the ...
Wave tank tests aiming to reproduce realistic or site specific conditions will commonly involve usin...
The realism of wave tank tests can be improved by the use of site-specific buoy data. However, repre...
The full text of this paper is available via the ICOE Library link in this record.FloWave is the wor...
Wave tank tests facilitate the understanding of how complex sea conditions influence the dynamics o...
Wave tank model testing is a commonly used method to assess the performance of Wave Energy Converter...
AbstractWave tank tests aiming to reproduce realistic or site specific conditions will commonly invo...
When dealing with the estimation of the power production of Wave Energy Converters (WECs), from eith...
International audienceAccurate evaluations of the available and technically exploitable wave energy ...
The successful implementation of marine renewable energy requires complex engineering projects to in...
The RESOURCECODE wave database was developed at Ifremer by the Laboratory of Ocean Physics and Satel...
Site-specific wave data can be used to improve the realism of tank test conditions and resulting out...
In order to predict the response of wave energy converters an accurate representation of the wave cl...
The RESOURCECODE project has delivered an hindcast database and a dedicated analysis toolbox to the ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
The study presents a newly generated hindcast database of metocean conditions for the region of the ...
Wave tank tests aiming to reproduce realistic or site specific conditions will commonly involve usin...