080 Principles of Flight
01 Basic concepts, laws and definitions
- 080-01-01 Units, Newton's laws and density planned
- 080-01-02 Bernoulli, pressures, IAS and TAS planned
- 080-01-03 Airflow and aerodynamic forces planned
- 080-01-04 Aerofoil and wing geometry planned
02 Two-dimensional airflow about an aerofoil
- 080-02-01 Streamlines, stagnation point and pressure distribution planned
- 080-02-02 Centre of pressure, angle of attack and the lift curve planned
03 The coefficients
- 080-03-01 The lift and drag formulas planned
04 Three-dimensional airflow
- 080-04-01 Span-wise flow, tip vortices and wake turbulence planned
- 080-04-02 Induced drag planned
05 Drag
- 080-05-01 Parasite drag planned
- 080-05-02 Drag and speed: the total drag curve planned
06 Ground effect
- 080-06-01 Ground effect planned
07 The stall
- 080-07-01 Flow separation and the stall planned
- 080-07-02 Stall speed and load factor planned
- 080-07-03 How a wing stalls along its span planned
- 080-07-04 Stall warning and recovery planned
- 080-07-05 Special stall phenomena planned
- 080-07-06 Spin avoidance, recognition and recovery planned
08 Lift augmentation
- 080-08-01 Trailing-edge flaps planned
- 080-08-02 Leading-edge devices planned
09 The boundary layer
- 080-09-01 Laminar and turbulent boundary layers planned
10 Special circumstances
- 080-10-01 Ice and other contamination planned
11 Stability
- 080-11-01 Equilibrium and methods of balance planned
- 080-11-02 Longitudinal stability and the CG planned
- 080-11-03 The spiral dive planned
12 Control
- 080-12-01 Axes, planes and pitch control planned
- 080-12-02 Yaw and roll control, adverse yaw planned
- 080-12-03 Reducing control forces: tabs and mass balance planned
- 080-12-04 Trimming planned
13 Limitations
- 080-13-01 Operating limitations: flutter, VFE, VNO and VNE planned
- 080-13-02 The manoeuvring envelope planned
- 080-13-03 The gust envelope planned
14 Propellers
- 080-14-01 Propeller pitch, blade twist and ice planned
- 080-14-02 Windmilling drag and propeller moments planned
15 Flight mechanics
- 080-15-01 Forces in level flight, climb, descent and glide planned
- 080-15-02 The steady coordinated turn planned