Wind Energy
尾流各向异性
Wake-induced anisotropyThe phenomenon where wind turbine wakes exhibit directional dependence due to the interaction of the turbine's rotation and the incoming wind flow, causing variations in wind speed and turbulence intensity in different directions downstream. / 尾流各向异性是指由于涡轮机旋转与 incoming 风流的相互作用，导致涡轮机尾流在不同方向上表现出方向依赖性的现象，从而引起下游不同方向上的风速和湍流强度变化。
- Knowledge type
- 自然理论
- First proposed or discovered
- Proposer
- Turkey Farm member
- Creator
- 农场主
- Last updated
- 2026-10-29 18:05:25
Sub-knowledge points
Wake meanderingWake deflectionTurbulence intensity variation
Higher-order knowledge points
Wind farm aerodynamicsFluid dynamicsEnergy harvesting efficiency
Main parameters and performance indicators
Turbine rotation direction: Determines the asymmetry of the wakeIncoming wind speed: Affects the wake expansion and anisotropy magnitudeTurbine spacing: Influences the degree of wake interaction and anisotropy
Open problems
Accurate real-time prediction of wake-induced anisotropyOptimization of turbine layout to mitigate anisotropy effectsIntegration of anisotropy models into grid-scale forecasting systems
Related literature
ranked by community starsPhysics-guided tri-modal spatio-temporal graph neural networks for multi-step wind power forecasting: capturing wake-induced anisotropy at turbine-levelOpen source
Related products and links
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Creation and modification trail
1 recordsRecord title: Wake-induced anisotropy.
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