Week | Topics | Pages/Notes |
Week 1 | Student and Instructor Introductions Syllabus Review Attendance Quiz What is Aerodynamics? Lift, Newton’s Laws, Downwash, Angle of Attack, Power, Power Curve | Introduction and Pages 1 - 26 |
Week 2 | Drag, Wing Efficiency, Wing Vortices, Circulation, Ground Effect, Lift on a Sail | Pages 26 - 40 |
Week 3 | Airfoil Selection, Angle of Incidence, Wing Thickness, Leading Edge and Camber, Wing Planforms, Wing Loading, Aspect Ratio, Wing Taper, Wing Twist | Pages 41 – 56 Discussion Question #1 |
Week 4 | Dihedral, High Wing vs Low Wing, Wingtip Designs, Winglets, Canards, Boundary Layer, Form Drag, Vortex Generators, High-Lift Devices, Flaps, Slots and Slats, Deflected Slipstream and Jet Wash | Pages 56 - 84 Quiz #1 |
Week 5 | Static Stability, Longitudinal Stability and Balance, Horizontal Stabilizer, Trim, Flying Wings, Directional Stability, Dynamic Stability, Phugoid Motion, Dutch Roll, Spiral Instability, Stability Augmentation, Handling, Fly-by-Wire | Pages 85 - 102 Discussion Question #2 |
Week 6 | Propulsion, Newton (again), Thrust, Power, Efficiency, Propellers, Propeller Pitch, Propeller Efficiency, Piston Engines, Turbine Engines, Compressor, Axial-Flow Compressor, Multistage Compressor, Centrifugal Compressor, Burner Section, Turbine Section | Pages 103 - 125 Quiz #2 |
Week 7 | Turbojet, Jet Engine Power and Efficiency, Turbofan, Turboprop Engine, Thrust Reversers, Thrust Vectoring, Afterburners, Mach Number, Compressible Air, Shock Waves, Wave Drag and Power | Pages 125 - 146 Discussion Question #3 |
Week 8 | Transonic Flight, Wing Sweep, Area Rule, Hypersonic Flight, Skip Heating, Lift-to-Drag Ratio, Glide | Pages 146 - 165 |
Week 9 | Indicated Airspeed, Takeoff Performance, Climb, Ceiling, Fuel Consumption, Maximum Endurance, Maximum Range, Cruise Climb and Efficiency, Turns, Stall Speed Limit, Structural Strength Limit, Power Available Limit, Maneuvering Speed, Standard Rate Turns | Pages 165 - 186 Quiz #3 |
Week 10 | Landing, Wind Tunnel Testing, Subsonic Wind Tunnels, Wind Tunnel Data, Forces, Pressures, Flow Visualization, Tail On and Tail Off, Supersonic Venturis, Supersonic Wind Tunnels, Rocket Motors, Hypersonic testing, | Pages 186 - 210 Discussion Question #4 |
Week 11 | Flight Testing, Flight Instrument Calibration, Standard Day, Power Required, Takeoff and Landing, Climbing and Turning, Flight Test Accidents, Helicopters and Auto Gyros, The Rotor, Tip Path Plane, Flapping, Feathering, Lead Lag | Pages 210 - 226 |
Week 12 | Rotor Controls, Swashplate, Gyroscopic Procession, Tail Rotor, Helicopter Flight, Lift Asymmetry, Balancing of Forces, Retreating Blade Stall, The Power Curve, Ground Effect, Running Takeoff, Lift Efficiency, Autorotation, Vertical Autorotation, Forward Autorotation and Landing, Height-Velocity Diagram, Auto Gyros | Pages 226 - 248 |
Week 13 | Structures, Wings and Bridges, The Wing Box, Composites, Shear, Fatigue, Airplane terminology, Airfoils and Wings, Axes of Control, The Turn, The Four Forces, Mach Number, Kinetic Energy, Air Pressure, The Pitot Tube | Pages 249 - 274 Course Paper Due |
Week 14 | Bernoulli | Pages 275 - 281 Final Exam |