AI-Boosted Digital Shadows Slash Wind Turbine Fatigue Prediction Errors
Researchers at the Technical University of Munich combined physics-based digital shadows with neural-network bias correction, cutting wind turbine fatigue load ...
Researchers at the Technical University of Munich combined physics-based digital shadows with neural-network bias correction, cutting wind turbine fatigue load ...
Danish researchers have developed a fracture mechanics test showing that tearing energy, not strain, governs fatigue crack growth in the ...
Researchers at Sandia National Laboratories have unveiled SANDWake3D, a three-dimensional parabolic RANS solver that models wind turbine wakes with near-LES ...
Lidar measurements from a floating turbine at Hywind Scotland reveal that negative wind shear and low-level jet inversions occur in ...
Researchers at the Technical University of Denmark have assembled a complete and consistent framework for unsteady attached-flow airfoil aerodynamics, showing ...
A new Johns Hopkins study shows that simplified actuator disk models reproduce the power and thrust fluctuation statistics of far ...
A new county-level analysis identifies where distributed wind turbines could most effectively relieve household energy burdens across the United States.
Pressurized wind tunnel experiments have allowed researchers to simulate full-scale atmospheric conditions and identify control strategies that could add tens ...
A systematic review of three decades of research finds only 94 field studies on the bats of North America's Great ...
SUTD researchers have created ALBATROSS, a nature-inspired robot that autorotates down like a maple seed, lands on water, and then ...
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© 2025 Scienmag - Science Magazine