MATLAB® for Photomechanics- A PrimerBy
- A. Asundi
For Graduate and Undergraduate Students working in the field of photomechanics. Also for lab projects introducing optical methods for stress analysis. Students in areas of thermal and fluid mechanics where optical methods are used.
Published: December 2002
Selected papers. Introduction. Principles of optical methods. Photomechanics. Introduction to MATLAB®. MATLAB® for image processing.
MATLAB® for Photomechanics (PMTOOLBOX). Introduction. Image processing in photomechanics. MATLABÂ® demonstration. Conclusion.
Digital Photoelasticity. Digital polariscope. Phase-shifting method with a normal circular polariscope. Dynamic phase shift photoelasticity. MATLAB® demonstration.
Moiré Methods. Digital moiré. Moiré of Moiré. Gabor strain segmentation. Diffrentiation of low density fringe patterns.Digital Holography. Digital holography. Digital holographic interferometry. MATLAB® demonstration. Conclusion.
Speckle Methods. Laser and white light speckles. Sampled speckles. MATLAB® demonstration. Curvature contouring.Conclusion.