Browsing by Subject "UAS"
Now showing items 1-5 of 5
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Computational fluid dynamics study for stability analysis of an unmanned aircraft mass simulator with rocket-assisted take-off
(2022-05)This paper presents the stability analysis of a high speed unmanned aerial system mass simulator fitted with a rocket-assisted take-off (RATO) system. Flight stability characteristics from rocket ignition to rocket burnout ... -
Design and Implementation of a Novel Multicopter Unmanned Aircraft System for Quantitative Studies of the Atmosphere
(2022-12-16)The call for creating new innovative meteorological instruments to help fulfill observational gaps in the atmospheric sciences has been gaining strength in the past few years. This comes along with the urgent need to ... -
The Design and Manufacture of a Vertical Takeoff and Landing Fixed Wing Unmanned Aerial System for Use in Atmospheric Sampling
(2019-12)The creation of a prototype vertical takeoff and landing fixed wing unmanned aerial system for use in sampling of trace gases, aerosols, and volatile organic compounds is described. A conceptual design framework is devised ... -
Examining Novel Profiling Systems and Their Synergy for Advancing Boundary-Layer Research
(2021-12)In recent years, increased attention has turned to studying the atmospheric boundary layer (ABL) as new observing systems have been developed. Traditionally, the ABL has been drastically under-sampled by conventional ... -
Identification of weather information gaps for general aviation and uncrewed operations
(2022-07)Uncrewed Aircraft Systems (UAS) represent a rapidly growing industry, with a market value of $20.8 billion in 2021 projected to grow to half a trillion dollars in 2028, and Urban Air Mobility is projected to grow from $3 ...