Hence, it is reasonable that different wind speed distribution will be found for different region.
Nonetheless, all of the models can be used to predict wind speed with reasonable accuracy.
Quite reasonable estimates of the solar wind speed and speed of sound are obtained from this model.
In this study, the authors attempt to find a reasonable method for estimating design wind speed for a given terrain roughness, through simultaneous observations of atmospheric boundary layer wind speeds over two sites with different roughnesses using Doppler sodars.
The authors attempt to find a reasonable method for estimating design wind speed for given terrain roughness, through simultaneous wind observations at altitudes up to 420 m at sites with different roughnesses using two sets of Doppler sodars.
In this study, the authors' group attempts to find a reasonable method for estimating design wind speed for a given terrain roughness, through simultaneous wind observations at altitudes up to 420 m over two sites with different roughnesses using Doppler sodars.
In brief, for measurements taken at a height of 10 m, the results show that for three of the four locations the wind energy potential is reasonable, with average wind speeds of approximately 4 m/s.
Measured and estimated values of the mean wind speed were in reasonable agreement, with a Root Mean Square Error (RMSE) of 9.3%.
There is a reasonable agreement between the predictions of wind speed in the code of Hong Kong and available literature, suggesting that the approach is effective in determining the design wind speeds for critical structures in the southeast China coastal regions.
As a result, air temperature is a reasonable surrogate for the combined effects of wind speed, wind direction, inversion height, and photochemical reaction rate.
