Sentence examples for mean wind velocity from inspiring English sources

Spatial variations in mean wind velocity, horizontal Reynolds stresses and coherent turbulent structures were analysed.

Mean wind velocity in the prevailing direction was 3.3 m s−1 during the growing season.

Turbulence length scales are observed to increase with increasing mean wind velocity and vice versa.

The mean wind velocity ratio (MVR) and mean wind velocity change ratio (ΔMVR) are employed to identify the wind comfort and to quantitatively evaluate the improvements due to the lift-up design.

Wake characteristics analyzed with respect to the mean wind velocity, turbulence intensity and velocity power spectra indicate several important findings.

This paper reported that the drifting snow particles reduced the mean wind velocity near the snow surface when saltation occurred.

Results showing terrain-induced effects on the wind directions, turbulence intensities and mean wind velocities are presented.

The simulated mean wind velocities around isolated buildings with and without an elevated design were compared with those obtained from a wind tunnel experiment.

This trend applies on mean wind velocities larger than 5 m/s, as for smaller velocities the spread of values increases considerably.

Structural properties are then separated from aeroelastic effects via nonlinear regressions of the modal parameter estimates at different mean wind velocities.

When no flow separation is observed, for slope gradients of 7.5° and 15°, topographic multipliers for mean wind velocities take maximum values of 1.3 1.4 at x/H=0, but those for fluctuating wind velocities are small.