Flight theory and aerodynamics, a practical guide for operational safety (2^nd Ed.)

The U.S. Air Defense Command made the following statement in a pamphlet on aerodynamics for fighter pilots: It is quite possible to fly without knowing the first thing about aerodynamics (some of us have been doing it for years)” Although this is true, it is reasonable to assume that such knowledge would help the pilot have a better understanding of the capabilities and limitations of an aircraft. This is the second edition of a best selling guide to the theory and practical application of aerodynamics written specifically for non-engineers, pilots and related students. The book does not attempt to transform pilots into engineers, nor does it try to teach a pilot how to design or fly an aeroplane. Instead, it clearly explains the basics of aerodynamics as they apply to flying an aeroplane. l Reflects the cutting-edge of aerodynamics, with 30% new information. l Maintains important features from the first edition, such as outlining relevant principles of physics and aerodynamics with a minimal amount of algebra and trigonometry. l Includes practical exercises, a summary of symbols, and a summary of equations.

Atmosphere and Airspeed Measurement.

Airfoils and Aerodynamic Forces.

Lift.

Drag.

Jet Aircraft Basic Performance.

Jet Aircraft Applied Performance.

Propeller Aircraft Basic Performance.

Propeller Aircraft Applied Performance.

Helicopter Flight Theory.

Slow Speed Flight.

Takeoff Performance.

Landing Performance.

Maneuvering Performance.

Longitudinal Stability and Control.

Directional and Lateral Stability and Control.

High Speed Flight.

Answers to Problems.

References.

Index.