Aerodynamics and Flight Mechanics
Tampere University
Aircraft Aerodynamics
⊛ Aerodynamics of airfoils and wings
⊛ Brief introduction to high-lift aerodynamics
⊛ Short discussions on the aerodynamics of the fuselage, wing-fuselage system and propellers.
Aircraft Performance
⊛ The international standard atmosphere. True and equivalent airspeed. Straight and level flights. Unpowered flight. Cruise conditions. Motion in a vertical plane. Drag-speed relationships, minimum drag. Lift-to-drag and other non-dimensional ratios.
⊛ Gliding flight. Range and endurance for thrust producing engines. Altitude ceiling. Aircraft climb and descent performances. Take-off and landing. Ground-effect.
⊛ Combined Flight. Flight envelope limitations. High speed flight. Certification and operational requirements.
Flight Dynamics
⊛ Coordinate systems, Kinematic and non-linear equations of motion for translation, rotation, attitude and position
⊛ Models for the description of external forces and moments, Description of stationary states, Longitudinal motion of the aircraft, Lateral motion of the aircraft, Aerodynamic stability and control derivatives
⊛ Linearized equations of motion, Eigenmodes of longitudinal and lateral motion
Brief Talks on
⊛ Rotary Wing Aerodynamics, Flight Dynamics and Performance - Helicopters and V(S)/TOL
⊛ UAV Aerodynamics, Flight Dynamics and Performance
⊛ Aerodynamics, Stability & Control at High Angle of Attack
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