The Source Panel Method
Owen James Weisenberger
Project Timeline
Jan 2025 - May-2026
OVERVIEW
This project developed a MATLAB solver for the numerical source panel method based on
equations from Anderson’s book. The source panel method approximates the flow around an
object using discrete panels, which are essential for modeling nonlinear geometries. A NACA
0012 airfoil was analyzed at two angles of attack, demonstrating how streamlines curve around
the airfoil. This method provides an efficient approach to understanding complex aerodynamic
flow fields, offering a valuable tool for aerodynamic analysis and design.
HighlightS
- Predicted streamlines, velocity magnitudes, and pressure coefficient distribution.
- Showed a positive relationship with observable findings and conceptual ideas.
- Model is restricted to non-lifting flows (only gives a general idea).
SKILLS
MATLABAerodynamicsSource Panel Method
ADDITIONAL CONTENTS
Owen James Weisenberger
Aerospace Engineering Student at Syracuse University minoring in Physics
I'm an aerospace engineering student at Syracuse University with a strong foundation in structural analysis, aerodynamics, and computational methods. I have hands-on experience conducting wind tunnel experiments, designing optimized structures, and developing MATLAB solvers for complex engineering problems. Currently, I'm working on noise reduction in laser interferometry systems and designing reversible joints for DuPont's Corian® products, combining simulations, theoretical analysis, and experimental validation.
I'm an aerospace engineering student at Syracuse University with a strong foundation in structural analysis, aerodynamics, and computational methods. I have hands-on experience conducting wind tunnel experiments, designing optimized structures, and developing MATLAB solvers for complex engineering problems. Currently, I'm working on noise reduction in laser interferometry systems and designing reversible joints for DuPont's Corian® products, combining simulations, theoretical analysis, and experimental validation.
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