AE 2020 Low Speed Aerodynamics

 

·        Course Outline

·        INTRODUCTION - Slide Show               

·        Chapter II
                  Chapter II slide show  ·        Chapter II Worked-out Examples

·        Chapter III
                                                     

·        Chapter IV. Handout I. Panel method    

o       Panel Code in MATLAB

o       Panel Code input

o       Panel Method (PowerPoint Slides)

·        Introduction to Airfoil Theory                     

·        Chapter IV. Handout II Starting Vortex

·        Chapter IV. Handout III Thin Airfoil Theory Terminology
Thin Airfoil Theory Derivation
  

·        Chapter V. Part I. Lifting Line Model     

·        Chapter V. Part II. Biot-Savart Law

·        Chapter V. Part III. Lift and Drag Distribution

·        Chapter V. Part IV. Elliptically Loaded Wings        

o       MATLAB version of Lifting Line Code

o       Lifting Line Code from U. of Sydney, on the web

·        VI. Introduction to Viscous Flow

·        VII. Navier-Stokes equations Derivation and Solutions

·        VIII. Derivation of Boundary layer equations

·        IX. Boundary layer Profile properties

·        X. Exact Solutions to Boundary Layer equations

·        Von Karman Integral Momentum Equation 

o       Sample Application of Von Karman Integral Momentum equation to a Flat Plate

·        Thwaites Method

·        Sample Application to Flow over a Cylinder