Simulation Study Compares Four Blade Element Momentum Yaw Correction Models
Simulations reveal that blade element momentum yaw correction models diverge at large misalignment angles, with no single formulation best predicting ...
Simulations reveal that blade element momentum yaw correction models diverge at large misalignment angles, with no single formulation best predicting ...
A new multiscale modeling framework using coupled WRF-LES and SWAN models improves the simulation of wind and wave interactions during ...
A new Monte Carlo framework combines synthetic tropical cyclone tracks, adapted wave modeling, swell statistics, and ERA5 reanalysis to produce ...
Synchronized raindrop and turbine operating measurements at two Chinese wind farms show that real rain-time rotor speeds, not rainfall alone, ...
A new data-driven study of 319 wind turbines worldwide finds that the extreme coherent gust with direction change, a standard ...
Researchers have developed improved analytical models for flow curvature effects and a novel actuator line method that enforces aerodynamic moments, ...
Researchers at the Technical University of Munich combined physics-based digital shadows with neural-network bias correction, cutting wind turbine fatigue load ...
A new peer-reviewed comment argues that a widely cited theoretical upper limit on offshore wind farm capacity factors rests on ...
Researchers at the Technical University of Denmark have assembled a complete and consistent framework for unsteady attached-flow airfoil aerodynamics, showing ...
A new Wind Energy Science preprint introduces the effective layout distance, a metric that reveals which of eighteen implementation choices ...
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© 2026 Scienmag - Science Magazine