A mathematical/statistical analysis of inphase gusts and wind velocity moment forces over the first 150 m at the Kennedy Space Center (KSC) is presented. The wind velocity profile data were acquired at the KSC 150 m ground wind tower. The results show that planetary boundary layer (PBL) winds can sustain near peak speeds for periods up to 60 sec and longer. This is proven from calculating the autocorrelation functions of moment forces for several 10 min cases of wind profile data. The results show that lower atmospheric planetary boundary layer winds have periodic variations for long periods of time. This flow characteristic is valuable as aerospace vehicle engineering and design criteria where wind loading must be determined
Tables for predicting maximum wind speed in space vehicular dynamic pressure region over Cape Kenned
Strong surface winds recorded at the NASA 150-Meter Ground Winds Tower facility at Kennedy Space Cen...
Empirical analysis of maximum wind speeds in space vehicular dynamic pressure region over Cape Kenne...
A statistical summary is presented of vertical wind speed data recorded at NASA's 150-Meter Ground W...
Vertical wind profiles spectral analysis and numerical wind forecasts at Cape Kenned
Continuous horizontal wind speed measurements were processed and classified as a function of tower l...
Tabulations of maximum horizontal wind speed values are reported that were recorded at the Kennedy S...
Work towards establishing a vector wind profile gust model for the Space Transportation System fligh...
Percentage levels of wind speed differences computed by using rawinsonde upper atmospheric wind prof...
The percentage levels of wind speed differences are presented computed from sequential FPS-16 radar/...
Exceedance statistics of winds and gusts observed over Cape Kennedy with Jimsphere balloon sensors a...
This report describes work done by the Applied Meteorology Unit (AMU) in predicting peak winds at Ke...
The prediction of the wind profile maximum speed at Cape Kennedy, Florida, is made for any selected ...
The statistical distribution of the magnitude of the vector wind change over 0.25-, 1-, 2-. and 4-h ...
Surface roughness length analysis of 150 meter meteorological tower at Cape Kennedy launch comple
Tables for predicting maximum wind speed in space vehicular dynamic pressure region over Cape Kenned
Strong surface winds recorded at the NASA 150-Meter Ground Winds Tower facility at Kennedy Space Cen...
Empirical analysis of maximum wind speeds in space vehicular dynamic pressure region over Cape Kenne...
A statistical summary is presented of vertical wind speed data recorded at NASA's 150-Meter Ground W...
Vertical wind profiles spectral analysis and numerical wind forecasts at Cape Kenned
Continuous horizontal wind speed measurements were processed and classified as a function of tower l...
Tabulations of maximum horizontal wind speed values are reported that were recorded at the Kennedy S...
Work towards establishing a vector wind profile gust model for the Space Transportation System fligh...
Percentage levels of wind speed differences computed by using rawinsonde upper atmospheric wind prof...
The percentage levels of wind speed differences are presented computed from sequential FPS-16 radar/...
Exceedance statistics of winds and gusts observed over Cape Kennedy with Jimsphere balloon sensors a...
This report describes work done by the Applied Meteorology Unit (AMU) in predicting peak winds at Ke...
The prediction of the wind profile maximum speed at Cape Kennedy, Florida, is made for any selected ...
The statistical distribution of the magnitude of the vector wind change over 0.25-, 1-, 2-. and 4-h ...
Surface roughness length analysis of 150 meter meteorological tower at Cape Kennedy launch comple
Tables for predicting maximum wind speed in space vehicular dynamic pressure region over Cape Kenned
Strong surface winds recorded at the NASA 150-Meter Ground Winds Tower facility at Kennedy Space Cen...
Empirical analysis of maximum wind speeds in space vehicular dynamic pressure region over Cape Kenne...