#language en

##Überschrift:= Typbezeichnung (VO,RU,..) voller Name, Nummer =
= VU Computational Aerodynamics, 322.079 =

## Verweis auf tuwis: tuwis.tuwien.ac.at/lva/nummer;  Die ewig langen,zope unique-ids sind natürlich nicht nötig.
For the description of the course and registration, see [https://tiss.tuwien.ac.at/course/educationDetails.xhtml?courseNr=322079 TISS].

[attachment:Syllabus.pdf Course organization]

[https://video.tuwien.ac.at/@317244 Lecture videos]

== Lecture notes ==

 1. [attachment:Intro.pdf Introduction to Computational Aerodynamics]

=== Part A: Analytical Methods ===

 1.#2 [attachment:Governing_Eqs.pdf Governing Equations for Compressible Potential Flow]
 1. [attachment:thin_profile.pdf Compressible Potential Flow over a Thin Airfoil: Asymptotic Expansion]
  * [attachment:thin_profile_summary.pdf Asymptotic Expansion for Thin Profiles - Recapitulation]
 1. [attachment:Types.pdf Types of Partial Differential Equations]
 1. [attachment:supersonic.pdf Supersonic Potential Flow over a Thin Airfoil at Zero Lift: D'Alembert Solution]
  a. [attachment:wave_equation.pdf Solution of the Wave Equation - Recapitulation]
  a. [attachment:supersonic_matlab.pdf Visualization of the Supersonic Flow Solution in MATLAB]
  a. [attachment:supersonic_python.pdf Visualization of the Supersonic Flow Solution in Python]
  a. [attachment:supersonic_streamlines.pdf Computation of Streamlines]
 1. [attachment:singularity.pdf Singularity Method for Incompressible Potential Flows]
 1. [attachment:Subsonic_thin_profile.pdf Subsonic Potential Flow over a Thin Airfoil at Zero Lift: Prandtl-Glauert Mapping]
  a. [attachment:Subsonic_compressible_thin_profile.pdf Summary]
  a. [attachment:subsonic_thin_profile_visualization.pdf Visualization of the Subsonic Potential Flow]
  a. [attachment:integrals_subsonic_thin_profile.pdf Some Useful Analytical Integrals]
  a. [attachment:subsonic_streamlines.pdf Correction for Compressibility Effects]
 1. [attachment:thin_airfoil_theory.pdf Thin Airfoil Theory: Circulation and Lift]
  a. [attachment:kutta-joukowski.pdf Kutta-Joukowski Theorem]
  a. [attachment:thin_airfoil_notes.pdf Recapitulation of the Thin Airfoil Theory]
  a. [attachment:flat_plate.pdf Example: Flow over an Inclined Plate]
 1. Boundary-Layer Theory
  a. [attachment:Boundary_layer.pdf Boundary-Layer Equations]
  a. [attachment:bl_effects.pdf Boundary-Layer Effects]
  a. [attachment:similarity.pdf Similar Solutions of the Boundary-Layer Equations]
  a. [attachment:Falkner-Skan.html Numerical Solution of the Falkner-Skan Equation]
  a. [attachment:momentum-integral.pdf Momentum-Integral Equation]
 
=== Part B: Pre-CFD Numerical Methods ===

 1.#10 Panel Methods
  a. [attachment:Panel_method_overview.pdf Overview]
  a. [attachment:panel_method_1.pdf Panel Method Using Sources and Vortices]
  a. [attachment:Hess-Smith.pdf Hess-Smith Method]
  a. [attachment:naca.pdf NACA 4-Digit Airfoil Series]
 1. Integral Methods for the Computation of Boundary Layers
  a. [attachment:integral_methods.pdf Overview]
  a. [attachment:walz.pdf Walz Method for Laminar Boundary Layers]
  a. [attachment:laminar_shape_factor.html Computation of the Shape Factor for Hartree Profile]