Preliminary results of anemometer comparison tests
Anemometer comparison using mean wind velocity and wind velocity variation measurements
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Anemometer comparison using mean wind velocity and wind velocity variation measurements
Hot-wire anemometer and its application to measurements in turbulent flows
Ground wind velocity measurement and anemometer response
Drag sphere anemometers for ground wind velocity measurements and spacial correlation of gusts
Technique for dynamic calibration of hot wire anemometers
Ground wind measurements and theoretical response of inertia-type anemometer
A theoretical analysis is presented for the hot-wire anemometer to determine the differences in resistance characteristics as given by King's equation for an infinite wire length and those given by the additional considerations of (a) a finite length of wire with heat loss through its ends and (b) heat loss due to a nonlinear function of the temperature difference between the wire and the air.
This dataset contains processed data from the Site C1 UTD Sonic Anemometer.
This dataset contains reviewed data from the AWAKEN Site C1 UTD Sonic Anemometer.
This dataset contains reviewed data from the AWAKEN Site C1 UTD Sonic Anemometer.
This dataset contains sonic anemometer data deployed on tethered balloon system at AWAKEN site A1. The sonic data include time stamp, wind speed, wind direction, turbulence, and boom attitude and motion.
Eddy Correlation Flux Measurement System (ECOR) with SmartFlux microprocessor: 10 Hz wind data from sonic anemometers
A simple anemometer having a fast response to high frequency wind fluctuations by direct measurement of two drag-force components in orthogonal planes is described. It may be used to determine wind profiles to extensive heights and would be helpful in takeoff and landing of light planes.
Six-cup, low-inertia anemometer combines high resolution and fast response with a unique ability to sense only the horizontal component of the winds fluctuating rapidly in three dimensions. Cup assemblies are fabricated of expanded polystyrene plastic.
Compact, collapsible rotating cup anemometer is used in remote locations where portability and durability are factors in the choice of equipment. This lightweight instrument has a low wind-velocity threshold, is capable of withstanding large mechanical shocks while in its stowed configuration, and has fast response to wind fluctuations.
Comparison of wind velocities obtained by mast-mounted anemometer and 10-gram pilot balloon
Aerodynamic frequency response calibration measurements of wind anemometer by input velocity and output drag values under unsteady flow conditions