| UNIT 1. INTRODUCTION TO MATLAB |
- LN-F-001. Introduction to Matlab (PPT).
|
| UNIT 2. NUMERICAL AERODYNAMICS'
EXAMPLES |
- LN-F-002. Two-dimensional Inviscid Incompressible
Flow (PPT)
|
| UNIT 3. TRANSFORMATION OF YOUKOVSKI
AND KÁRMÁN-TREFFT |
- LN-F-003. Flat Plate with Angle of Attack (PPT)
- LN-F-004. Airfoil with Angle of Attack (PPT)
|
| UNIT 4. NUMERICAL METHODS FOR
POTENTIAL FLOWS I: DISCREET VORTEX METHOD |
- LN-F-005. Discrete Vortex Method (PPT)
- LN-F-006. Discrete Vortex Method (PDF)
|
| UNIT 5. NUMERICAL METHODS FOR
POTENTIAL FLOWS II: PANEL METHOD |
- LN-F-007. Fundamental Theory of Panel Method (PPT) (PDF)
Dirichlet
Solution
- LN-F-008. Dirichlet formulation with
constant potential (PPT)
- LN-F-009. Panel Method for Constant Potential (2D)
(PDF)
Neumann Solution
|
- LN-F-010. Panel method with doublets of
constant intensity. Neumann resolution (PPT)
- LN-F-011. Neumann formulation review for non-zero
thickness airfoils (PDF)