Descrição
CONTENTS:
Chapter I: General Information (on Fluid Dynamics and Airplanes)
Chapter II: Lift Characteristics of Foil Sections (Shape, Moments)
Chapter III: The Lift of Straight Wings (Aspect Ratio, Induced Angle)
Chapter IV: Maximum Lift and Stalling (of Foil Sections and Wings)
Chapter V: Characteristics of Trailing-Edge Wing Flaps (also Blowing)
Chapter VI: Leading-Edge High-Lift Devices (Slate, Flaps, BL Control)
Chapter VII: Influence of Compressibility on Lift (Subsonic Speeds)
Chapter VIII: Hydrodynamic Lift (Rudders, Hydrofoils, Cavitation)
Chapter IX: Characteristics of Airplane Control Surfaces (Tail Surfaces)
Chapter X: Roll Control of Airplanes (Ailerons, Spoilers, Rolling, Yawing)
Chapter XI: Longitudinal Characteristics of Airplanes (Stability)
Chapter XII: Propulsion Lift and Stability (Lift of Engines, Propellers & Fans)
Chapter XIII: Directional Characteristics of Airplanes (Yaw Moments)
Chapter XIV: Lateral Stability of Airplanes (Yawing and Rolling)
Chapter XV: The Lift of Swept Wings (Principle, Effectiveness, Speed)
Chapter XVI: Stalling of Swept Wings (Pitching, Rolling, Yawing)
Chapter XVII: Characteristics of Small Aspect Ratio Wings (Non-Linear Lift)
Chapter XVIII: Characteristics of Delta Wings (Non-Linear Flow Paftern)
Chapter XIX: Lift Characteristics of Streamline Bodies (Flow Pattern)
Chapter XX: Lift of Airplane Configurations (Wing, Fuselage, Propulsion)
Chapter XXI: The Lift of Blunt Bodies (Two-and Three-Dimensional Flow)
Alphabetical Subject Index (Designed to Find Everything in the Book)
