Sentence examples for wake interaction from inspiring English sources

This is an important first stage for understanding wake interaction in turbine arrays and hence large-scale power generation.

The wake interaction behind the upstream turbines causes a significant performance reduction for downstream turbines within 6Dt longitudinal spacing.

Optimizing wind farm layout is an effective tool to decrease wind power losses caused by the wake interaction between wind turbines.

Whilst some multiple harvester systems in smooth, well-aligned flow found enhanced efficiency (due to beneficial wake interaction) this would require an invariant flow approach angle.

For the mechanisms, five categories are summarized, namely, turbulence fluctuation, viscous shear stress, capture in turbulent eddies, buoyancy and wake interaction.

This bridge is located in the wake of an older three-arched bridge which had to be streamlined following results of computational and wind-tunnel studies [1]in order to suppress wake interaction effects on the cable stayed bridge.

Unsteady wake interactions with the near wall flow field occur when a surface is exposed to fluid flow past upstream rotating bodies.

Indeed, the optimization of the power harvested from a wind farm can only be achieved if detrimental wake interactions are carefully inhibited or mitigated.

For the clustered wind turbines in a wind farm, significant wind power losses have been observed due to wake interactions of the air flow induced by the upstream turbines to the downstream turbines.

One approach to reduce power losses caused by the wake interactions is through the optimization of wind farm layout, which determine the wind turbine positions and control strategy, which determine the wind turbine operations.

In the present study, we focus on testing, validation and comparative assessment of different modeling strategies for numerical simulations of the wind turbine wake interactions under neutrally stratified atmospheric conditions.