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FLIGHT THEORY FOR PILOTS
 

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Flight Theory for Pilots is written for pilots by a pilot, this book allows you to expand your knowledge of flight theory and aerodynamics as applied to airplanes and helicopters. This is the principle aerodynamics book used in USAF courses.
 
  • Publisher: Jeppesen
  • Copyright Date: 1994
  • Edition: 4th
  • Other Identifiers: 10001350-001
  • JS312681
  • Pages: 297
  • Binding: Paperback
  • Dimensions: 11.0" x 8.5"
  • TABLE OF CONTENTS:
  • Introduction
  • quantities, force, moments, equilibrium, Newton's laws,
  • mass, work, energy, power, friction
  • Airflow & Airspeed
  • properties of the atmosphere, continuity equation,
  • Bernoulli's equation, airspeed measurement
  • Forces of Airfoils
  • airfoils, aerodynamic force, pitching moments,
  • aerodynamic center
  • Lift & Stall
  • force equation, lift equation, angle of attack,
  • boundary layer theory, adverse pressure gradient,
  • airflow separation, high lift devices
  • Drag
  • drag equation, laminar flow airfoils, lift/drag ratio,
  • induced drag, ground effect, parasite drag, total drag
  • Jet Aircraft Performance
  • thrust required curve, thrust available aircraft,
  • specific fuel consumption, specific range, total range
  • Jet Aircraft Applied Performance
  • variations of thrust curves,
  • variations in aircraft performance
  • Prop Aircraft Basic Performance
  • power required curve, power available,
  • items of performance
  • Prop Aircraft Applied Performance
  • variations in power, variations in performance,
  • Helicopter Aerodynamics
  • momentum theory of lift, airfoil selection,
  • forces on rotors, thrust development, hovering flight,
  • rotor construction,forward flight, control,
  • power required curves, settling with power, autorotation
  • Hazards of Slow Speed Flight
  • stall patterns, reverse command, wind shear, rain,
  • ice and frost, wake turbulence, spins
  • Takeoff Performance
  • linear motion, factors affecting takeoff,
  • aborted takeoffs
  • Landing Performance
  • pre-landing, landing deceleration, landing equations,
  • hydroplaning
  • Maneuvering Performance
  • turning performance, radius of turns, rate of turns
  • Longitudinal Stability
  • oscillatory motion, reference axes, static stability,
  • dynamic stability, longitudinal control
  • Lateral Stability
  • directional stability, static stability,
  • directional control, lateral control,
  • dynamic and lateral coupled effects
  • High Speed Flight
  • speed of sound, high subsonic flight, transonic flight,
  • supersonic flight
Description Part No. Price Buy
JEPP FLIGHT THEORY FOR PILOTS13-01237$23.70 Add to cart for current price
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