(1992)] performed simultaneous wind velocity and wind noise measurements and
determined that the wind noise spectrum is highly correlated with the wind velocity spectrum …

To reduce the effect of wind on a microphone, wind screens are used, usually made of foam
or cloth. Although this measure to reduce wind noise is well known and widely used, it lacks …

A transversely oscillating cylinder in a uniform flow is modeled to investigate frequency
effects of flow-induced wake on lift and drag of the cylinder. Specifically, verified unsteady …

(2006)], a method was introduced to predict upper and lower bounds for wind noise
measured in spherical wind-screens from the measured incident velocity spectra. That paper …

This paper investigates the wind noise reduction mechanism of porous microphone
windscreens. The pressure fluctuations inside the porous windscreens with various viscous …

Outdoor acoustic data often include non-acoustic pressures caused by atmospheric
turbulence, particularly below a few hundred Hz in frequency, even when using microphone …

In this paper, numerical simulations are used to study the turbulent wind noise reduction
effect of microphone windscreens with varying shapes and flow resistivities. Typical …

A large porous wind fence enclosure has been built and tested to optimize wind noise
reduction at infrasonic frequencies between 0.01 and 10 Hz to develop a technology that is …

The spatial and temporal characteristics of outdoor wind noise are contrasted to those of
unsteady acoustic signals through wavelet processing of data from a 49-microphone array …

The distinguishing spatial properties of low-frequency microphone wind noise (turbulent
pressure disturbances) are examined with a planar, 49-element array. Individual …