The phrase "average wind pressure" is correct and usable in written English.
It can be used in contexts related to meteorology, engineering, or environmental studies when discussing the typical force exerted by wind over a specific area.
Example: "The average wind pressure on the building's facade was calculated to ensure structural integrity during storms."
Alternatives: "mean wind pressure" or "typical wind pressure".
Additionally, the reduction rate of spatially averaged wind pressures with area was found to be dependent on the size of tributary area, rather than the shape of tributary area.
Velocity vectors and average-wind-pressure coefficients for equivalent static load are calculated by numerical results.
The largest average-wind-pressure coefficient for southwestern wind of 1.04 can be found near the top on the south wall for an odd-geometrical building with wind openings, the average-wind-pressure coefficients are decreased by approximately 19 27% on the windward surfaces and 32 53% on the leeward surfaces compared with those for buildings with prismatic shapes.
This investigation [1] was primarily concerned with the statistics of internal and area-averaged (pneumatic average) external wind pressures on low-rise buildings.
Since the wave field is wind driven, there is a correlation between the time averaged wind velocity pressure Q and the characteristic wave height in the stationary situation.
Average barometric pressure and average wind speed were negatively correlated with temperature metrics, but the relation was weak.
Meteorological data came from the Pudong New Area Weather Office, including mean, maximum, and minimum temperature, average relative humidity, average wind velocity, rainfall and atmospheric pressure.
In sensitivity analyses, we evaluated how much the fit of each model based on a single heat-related meteorologic metric was improved by adding additional meteorologic variables, including average sea level pressure (linear), average wind speed (linear), and precipitation (any precipitation, no precipitation), as well as SSC categories.
The multimodal information vector M is [m1,m2,…,m6]T, where m1,m2,…,m6 denotes the temperature, humidity, pressure, wind speed, average wind speed, and maximum wind speed in one minute, respectively.
All parameters of average and gust loads: the basic wind pressure, importance factor, territory coefficient and shape factor as well as a dynamic coefficient, are discussed here.
