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Aerodynamics is an engineering science concerned with the interaction between bodies and the atmosphere. Technological applications include: General aviation (commercial, cargo, and business aircraft); V/STOL vehicles (helicopters, some military aircraft, tilt rotors); lighter-than-air vehicles (airships, balloons, aerostats); aerodynamic decelerators (parachutes, thrust reversal devices); road vehicles (passenger and racing cars, commercial vehicles, high speed trains); spacecraft, missiles and rockets, low- to high-speed flight (micro air vehicles to hypersonic waveriders), high altitude flight, human powered flight, unmanned flight, gliders, energy conversion systems (wind and gas turbines); propulsion systems (propellers, jet engines, gas turbines).
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Advanced Topics in Aerodynamics, Computational Fluid Dynamics, Aeronautics, Propulsion Systems |
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Describes the engineering science concerned with the interaction between bodies and the atmosphere.
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