Atmospheric Gravity Waves Triggered by Wind Turbines Alter Flows and Power
Computational simulations reveal that atmospheric gravity waves triggered by modern wind turbines cause upstream flow deceleration and non-monotonic wake variations.
Computational simulations reveal that atmospheric gravity waves triggered by modern wind turbines cause upstream flow deceleration and non-monotonic wake variations.
Direct numerical simulations show that streamwise-traveling waves of spanwise wall velocity can reduce or increase friction drag in compressible turbulent ...
A head-to-head comparison of VAEs, DCGANs and DDPMs on simulated and experimental cylinder wake flows finds the DCGAN offers the ...
Researchers developed an efficient hydraulic-airfoil optimization framework that improved the lift-to-drag ratio of a downhole turbine generator by 26.9%.
New simulations and theory show that natural convection in small evaporating droplets is triggered by the inclination angle of internal ...
A controlled tank experiment shows the RANDALLfoil blade attachment increased propulsive impulse by 9.01% and impulse efficiency by 4.91% at ...
Researchers at the Chinese Academy of Sciences have developed a factorized-gating mixture-of-experts framework that blends regime-specific turbulence specialists to deliver ...
Researchers have shown that a pair of vertically arranged electromagnets can levitate and steer a magnetic robot inside a fluid-filled ...
By combining millisecond-resolution X-ray scatter microscopy with polarized light imaging, researchers have shown that plate-like and rod-like nanoparticles respond in ...
FAMU-FSU College of Engineering researchers found that wave-shaped wall and roof surfaces can reduce peak hurricane wind pressures on low-rise ...
Researchers in Portugal have developed a passive microfluidic multiplexer that mixes fluids at flow rate ratios up to 1:6 and ...
In a groundbreaking study led by Liu and Chen, researchers delve into the intricate mechanisms of the Richtmyer–Meshkov instability (RMI) ...
In the realm of automotive engineering and fluid dynamics, a groundbreaking study has emerged, elucidating the intricacies of the interaction ...
Unveiling the Dynamics of Swirling Flows: A Leap in Mixing Technology In an ever-evolving journey through fluid dynamics, a recent ...
Washington, D.C., Jan. 21, 2025 – The seemingly mundane act of seasoning pasta water with salt has been elevated to ...
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