New meteorological problems in aerospace design and operations
Atmospheric elements and properties pertinent to design and operations of Space Shuttle
Engineering topics
Publications and source records attributed to Smith, O. E..
Atmospheric elements and properties pertinent to design and operations of Space Shuttle
Meteorological problems associated with space shuttle design and operations, permitting tradeoff analysis on environment effects
Atmospheric wind profiles from ground to high altitudes measured from large rocket engine exhaust noise data
Scalar and component wind correlations between altitude levels for statistical analysis of wind profiles at Cape Kennedy, Florida, and Santa Monica, California
Atmospheric statistics for wind velocity and relation to aerospace vehicle design, mission planning and operations
Refractivity model for calculating far field sound intensity levels of static fired rocket booster
Punch card deck for serially completed upper wind observations as substitute for map scaling
Acoustic wind measurement technique for wind profiles from ground to 85 km
Atmospheric wind measurement technique utilizing acoustic noise of rocket exhaust
Upper wind data as observed compared with data derived from serially completed upper wind records
Guideline data on earth atmosphere conditions for geographic locations involved in space vehicle development
Reference atmosphere for cape kennedy based on statistical parameters of pressure-height, temperature, and relative humidity at constant pressure levels
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Monthly & annual temperature, pressure density along 80th meridian west
Role of applied meteorology in the solution of large space vehicle development problems