This paper assesses the impact of a farm of wave energy converters on a nearby offshore aquaculture installation and on the nearshore dynamics. The coastal area targeted is Aguçadoura, located in the north of Portugal, where the world’s first wave farm operated in 2008. The study is focused mainly on the evaluation of the sheltering effect provided by the wave farm to the aquaculture cages. Furthermore, the possible impact on the coastal wave climate of such an energy park is also evaluated. These objectives are accomplished by performing simulations, corresponding to the wave conditions, which are more often encountered in that coastal environment. The SWAN model (Simulating WAves Nearshore) was adopted for this. Various trans...
Marine renewable energy installations harnessing energy from wind, wave and tidal resources are like...
A wave energy park has been established on the Swedish west coast outside Lysekil and pioneer work a...
Marine renewable energy installations harnessing energy from wind, wave and tidal resources are like...
The emerging global wave energy industry has the potential to contribute to the world’s energy...
The objective of the proposed work is to assess the possible effects on the shoreline dynamics of th...
Wave energy converters, by their nature, extract large amounts of energy from incident waves. If the...
As the frequency and intensity of storms increase, a growing need exists for resilient shore protect...
Marine renewable technologies have rapidly been developing over the past decade. Wave power is one o...
163-175An analysis of the wave climate based on historical data is first carried out. High resolut...
Wave energy is one of the most promising alternatives to fossil fuels due to the enormous available ...
If wave energy is to become a fully-fledged renewable, its environmental impacts must be fully under...
The aim of this work is to assess the effect of a nature-based solution for reducing wave heights on...
In this study, a hydrodynamic model was used that includes the effects of wave–current interactions ...
A particularity of island areas is that they are subjected to strong sea state conditions that can h...
The aim of this work is to assess the effect of a nature-based solution for reducing wave heights on...
Marine renewable energy installations harnessing energy from wind, wave and tidal resources are like...
A wave energy park has been established on the Swedish west coast outside Lysekil and pioneer work a...
Marine renewable energy installations harnessing energy from wind, wave and tidal resources are like...
The emerging global wave energy industry has the potential to contribute to the world’s energy...
The objective of the proposed work is to assess the possible effects on the shoreline dynamics of th...
Wave energy converters, by their nature, extract large amounts of energy from incident waves. If the...
As the frequency and intensity of storms increase, a growing need exists for resilient shore protect...
Marine renewable technologies have rapidly been developing over the past decade. Wave power is one o...
163-175An analysis of the wave climate based on historical data is first carried out. High resolut...
Wave energy is one of the most promising alternatives to fossil fuels due to the enormous available ...
If wave energy is to become a fully-fledged renewable, its environmental impacts must be fully under...
The aim of this work is to assess the effect of a nature-based solution for reducing wave heights on...
In this study, a hydrodynamic model was used that includes the effects of wave–current interactions ...
A particularity of island areas is that they are subjected to strong sea state conditions that can h...
The aim of this work is to assess the effect of a nature-based solution for reducing wave heights on...
Marine renewable energy installations harnessing energy from wind, wave and tidal resources are like...
A wave energy park has been established on the Swedish west coast outside Lysekil and pioneer work a...
Marine renewable energy installations harnessing energy from wind, wave and tidal resources are like...