Add to ORKGSummary: Two-scale actuator disc theory is shown to predict qualitatively the performance of a lateral array of tidal turbines in a depth-averaged channel model. The agreement between the numerical and analytical models is improved by extrapolating the numerical results to zero background roughness. Increasing background roughness is shown to reduce the optimal turbine spacing and increase the peak array power coefficient
The power available to a tidal stream turbine fence depends on the turbine resistance, the mass flux...
International audienceTidal turbines are located in shallow water depths in comparison to their dime...
Linear momentum actuator disc theory (LMADT) is extended to address the power available to a tidal t...
Summary: Two-scale actuator disc theory is shown to predict qualitatively the performance of a later...
The characteristics of flow past a partial cross-stream array of (idealized) tidal turbines are inve...
The challenge in the hydrodynamic modelling of tidal and marine turbine farms is to take into accou...
In this paper, idealised analytical and numerical models are used to explore the potential for local...
Fast tidal streams are a promising source of clean, predictable power, but the task of arranging tid...
Tidal stream energy has gained attention as a source of predictable and renewable energy. Devices r...
Numerical simulations are used to explore the potential for local blockage effects and dynamic tunin...
To date, only a few studies have examined the execution of the actuator disc approximation for a ful...
International audienceAssessing the efficiency of a tidal turbine array is necessary for adequate de...
Tidal stream energy is a predictable source of renewable energy. Tidal stream turbines have been pro...
The actuator disc is a useful method for parameterising a tidal stream turbine in a solution of the ...
Although wind and tidal turbines operate in turbulent shear flow, most theoretical results concernin...
The power available to a tidal stream turbine fence depends on the turbine resistance, the mass flux...
International audienceTidal turbines are located in shallow water depths in comparison to their dime...
Linear momentum actuator disc theory (LMADT) is extended to address the power available to a tidal t...
Summary: Two-scale actuator disc theory is shown to predict qualitatively the performance of a later...
The characteristics of flow past a partial cross-stream array of (idealized) tidal turbines are inve...
The challenge in the hydrodynamic modelling of tidal and marine turbine farms is to take into accou...
In this paper, idealised analytical and numerical models are used to explore the potential for local...
Fast tidal streams are a promising source of clean, predictable power, but the task of arranging tid...
Tidal stream energy has gained attention as a source of predictable and renewable energy. Devices r...
Numerical simulations are used to explore the potential for local blockage effects and dynamic tunin...
To date, only a few studies have examined the execution of the actuator disc approximation for a ful...
International audienceAssessing the efficiency of a tidal turbine array is necessary for adequate de...
Tidal stream energy is a predictable source of renewable energy. Tidal stream turbines have been pro...
The actuator disc is a useful method for parameterising a tidal stream turbine in a solution of the ...
Although wind and tidal turbines operate in turbulent shear flow, most theoretical results concernin...
The power available to a tidal stream turbine fence depends on the turbine resistance, the mass flux...
International audienceTidal turbines are located in shallow water depths in comparison to their dime...
Linear momentum actuator disc theory (LMADT) is extended to address the power available to a tidal t...