Tethered Kites Could Double as High-Altitude Turbulence Sensors
A new study shows that tethered kites built for airborne wind energy can double as turbulence sensors, measuring atmospheric parameters ...
A new study shows that tethered kites built for airborne wind energy can double as turbulence sensors, measuring atmospheric parameters ...
A new case study of the December 2025 fog siege at Patna Airport shows that persistence depends on a coordinated ...
New research shows that wind-blown snow over the Greenland Ice Sheet traps heat like a blanket and dims sunlight like ...
Rare aircraft observations and cloud-resolving simulations of an Arctic cold air outbreak show that mesoscale atmospheric subsidence controls boundary-layer depth, ...
A new study compares the WRF and MPAS-A atmospheric models in simulating the violent October 2024 windstorm that struck São ...
New wind tunnel experiments show that grid fin stability and control effectiveness are strongly sensitive to Reynolds number in the ...
A new mathematical model of Casson fluid flow through curved, stretching, porous vessels shows that magnetic, permeability, and yield-stress effects ...
Researchers combined MATLAB boundary-value simulations with a Levenberg-Marquardt neural network to model magnetized Casson-micropolar nanofluid flow with bioconvection, achieving near-perfect ...
A new three-dimensional numerical study reveals that thermal radiation thickens thermal boundary layers while paradoxically reducing wall heat transfer in ...
Researchers in China have developed a fully coupled numerical method that captures the interplay of aerodynamic heating, two-temperature thermochemistry, and ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine