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Forecasting Wet Microbursts Associated with Summertime Airmass Thunderstorms over the Southeastern United States54,99 €![Using the WSR-88D to Forecast Downburst Winds at Cape Canaveral Air Station and the Kennedy Space Center]( "Using the WSR-88D to Forecast Downburst Winds at Cape Canaveral Air Station and the Kennedy Space Center")
Using the WSR-88D to Forecast Downburst Winds at Cape Canaveral Air Station and the Kennedy Space Center58,99 €![Use of Climatology to Predict Maximum Wintertime Wind Speeds at the Kennedy Space Center and Cape Canaveral Air Station]( "Use of Climatology to Predict Maximum Wintertime Wind Speeds at the Kennedy Space Center and Cape Canaveral Air Station")
Use of Climatology to Predict Maximum Wintertime Wind Speeds at the Kennedy Space Center and Cape Canaveral Air Station54,99 €![Analyzing Horizontal Distances between WSR-88D Thunderstorm Centroids and Cloud-to-Ground Lightning Strikes]( "Analyzing Horizontal Distances between WSR-88D Thunderstorm Centroids and Cloud-to-Ground Lightning Strikes")
Analyzing Horizontal Distances between WSR-88D Thunderstorm Centroids and Cloud-to-Ground Lightning Strikes55,99 €![Forecasting Fuel Consumption Requirements for the Air Force Flying Hour Program Using Pooled Time Series Analysis]( "Forecasting Fuel Consumption Requirements for the Air Force Flying Hour Program Using Pooled Time Series Analysis")
Forecasting Fuel Consumption Requirements for the Air Force Flying Hour Program Using Pooled Time Series Analysis58,99 €![Forecasting Readines: Using Regression to Predict the Mission Capability of Air Force F-16 Fighter Aircraft]( "Forecasting Readines: Using Regression to Predict the Mission Capability of Air Force F-16 Fighter Aircraft")
Forecasting Readines: Using Regression to Predict the Mission Capability of Air Force F-16 Fighter Aircraft54,99 €![Airborne Wind Energy: Implementation And Design for the U.S. Air Force]( "Airborne Wind Energy: Implementation And Design for the U.S. Air Force")
Airborne Wind Energy: Implementation And Design for the U.S. Air Force54,99 €
During the period Jun-Aug 96, four Air Force installations suffered over $4.8 million in damage from convective winds. During the same summer, Air Force Space Command units issued nearly 65% of their weather warnings for convective winds, making the forecasting of convective winds the most frequent challenge to forecasters. This thesis seeks to assist Air Force forecasters at Peterson Air Force Base (PAFB), Colorado, in forecasting airmass thunderstorm downdraft wind speeds using the Weather Surveillance Radar-1988 Doppler (WSR-88D). To accomplish this purpose, several existing potential downdraft wind speed prediction techniques were evaluated against the observed wind speeds of nineteen airmass thunderstorms.