Research

Current areas of research:

Experimental studies of aero-optical distortions caused by compressible turbulent flows over a wide range of speeds
- Experimental investigation of large-scale coherent structure in flows and its effect on a propagating beam degradation.
- Usage of different experimental techniques: Schlieren, Shack-Hartmann wavefront sensor, Digital Holography sensor.

Modeling and mitigation of aero-optical effects

Experimental studies and modeling of non-linear interactions in turbulent boundary layers

Advanced non-intrusive optical techniques and data analysis
Proper Orthogonal Decomposition (POD), Dynamic Mode Decomposition (DMD), 2-D FT analysis, optical flow analysis.



Recent Publications

• All publications


Selected Research Related Topics:

Literature Review on POD, LSE and Wavelet Techniques
Here are some applications of POD (Karhunen-Loeve (KL) Decomposition) in different areas other than aerodynamics.
A few links to wavelet related groups.
A brief tutorial of wavelet theory and applications.

Go to : [Main Page]