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  • Welcome
  • Table of Contents
    • Introduction
    • Fluid Mechanics
    • Flow Visualisation
    • Properties of the Atmosphere
      • Sea Level Conditions
      • Variation with Altitude
      • Variation due to Local Ground Conditions
      • Variation due to Humidity
      • Variation Due to Extremely Altitude
      • Table of Atmospheric Properties
    • Subsonic Aerofoil and Wing Theory
      • Aerofoil Section 2-D Geometry
      • Joukowski Aerofoils and Flow Mapping
      • 2-D Thin Aerofoil Theory
      • 2D Panel Methods
      • 2D Boundary Layer Modelling
      • 3D Prandtl Lifting Line Theory
      • 3D Vortex Lattice Method
      • Subsonic Compressibility Corrections
    • Gas Dynamics and Supersonic Flow
    • Propulsion
      • Blade Element Propeller Theory
      • Blade Element Rotor Theory
      • Gas Turbine Analysis
      • Simple Rocket Analysis
    • Aircraft Instruments
    • Aircraft Performance
    • Flight Mechanics
    • Aeroelasticity
    • Wind Tunnel Simulation
      • Admin Office
      • Pattern Shop
      • Wind Tunnel Laboratory
  • Resources
  • Contact Us

Table of Contents

Introduction
Fluid Mechanics
Flow Visualisation
Properties of the Atmosphere
Subsonic Aerofoil and Wing Theory
Gasdynamics and Supersonic flow
Propulsion
Aircraft Instruments
Aircraft Performance
Flight Mechanics
Aeroelasticity
Wind Tunnel Simulation
Resources

Links to Other Aerodynamics, Fluid Mechanics and
Flight Theory Web Pages

  • Software for Aerodynamic Design, (W.H.Mason, Virginia Tech)
  • Aerospace Engineering Software, (W.Davenport, Virginia Tech)
  • Compressible Aerodynamics Calculator. (W.Davenport Virginia Tech)
  • XFOIL Aerofoil section Analysis and Design (Marc Drela, MIT)
  • Aircraft/Wing VLM based Analysis and Design (Marc Drela, MIT)
  • Aerofoil and Propeller Design and Analysis (Martin Hepperle)
  • John S. Denker, 'See How it Flies'
  • How Things Fly - Smithsonian National Air and Space Museum
  • NASA Aeronautics Education Pages (NASA Lewis)
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