AbstractThe flow near the underwater tidal power with orthogonal vertical hydro turbines is studied. The flow is modeled using the particle image velocimetry (PIV). The series of experiments study the flow near the model. In the experiments flow is approximated by the two-dimensional problem; this approximation is related to the shape of the power, a characteristic linear dimension greater length relative to other sizes. According to the results of post processing experiments instantaneous velocity vector fields were obtained, then they were transformed into the time-averaged velocity field and streamline
It is still challenging to predict the effects of large scale tidal turbine arrays on its surroundin...
The power available to a tidal stream turbine fence depends on the turbine resistance, the mass flux...
There are two approaches to extracting power from tides — either turbines are placed in areas of str...
AbstractThe flow near the underwater tidal power with orthogonal vertical hydro turbines is studied....
The thesis describes a programme of velocity measurement within the flow field of a horizontal axis ...
The three-dimensional spatial characteristics of velocity and turbulence of tidal flow around an off...
This work aims at investigating the impact of different tidal turbine locations on hydrodynamics in ...
The modelling of tidal turbines and the hydrodynamic effects of tidal power extraction represents a ...
Numerical and experimental investigations of tidal current energy extraction have been conducted in ...
The drive to develop marine renewable energy is pushing new technology and has highlighted a gap in ...
International audienceA tidal turbine is a device converting hydrodynamic power into electrical powe...
It is important to understand tidal stream turbine performance and flow field, if tidal energy is to...
Due to concerns about the impacts of carbon emissions on the environment, the security of supply of ...
Tidal water current in Malaysia can be used as a resource to generate electricity by using turbine. ...
As soon a ship operates at high forward speeds its weight is pre-dominantly supported by hydrodynami...
It is still challenging to predict the effects of large scale tidal turbine arrays on its surroundin...
The power available to a tidal stream turbine fence depends on the turbine resistance, the mass flux...
There are two approaches to extracting power from tides — either turbines are placed in areas of str...
AbstractThe flow near the underwater tidal power with orthogonal vertical hydro turbines is studied....
The thesis describes a programme of velocity measurement within the flow field of a horizontal axis ...
The three-dimensional spatial characteristics of velocity and turbulence of tidal flow around an off...
This work aims at investigating the impact of different tidal turbine locations on hydrodynamics in ...
The modelling of tidal turbines and the hydrodynamic effects of tidal power extraction represents a ...
Numerical and experimental investigations of tidal current energy extraction have been conducted in ...
The drive to develop marine renewable energy is pushing new technology and has highlighted a gap in ...
International audienceA tidal turbine is a device converting hydrodynamic power into electrical powe...
It is important to understand tidal stream turbine performance and flow field, if tidal energy is to...
Due to concerns about the impacts of carbon emissions on the environment, the security of supply of ...
Tidal water current in Malaysia can be used as a resource to generate electricity by using turbine. ...
As soon a ship operates at high forward speeds its weight is pre-dominantly supported by hydrodynami...
It is still challenging to predict the effects of large scale tidal turbine arrays on its surroundin...
The power available to a tidal stream turbine fence depends on the turbine resistance, the mass flux...
There are two approaches to extracting power from tides — either turbines are placed in areas of str...