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TimeAveraged Moir Fringes: Algorithms and Techniques for TimeAveraged Moir Fringes,Used
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Geometric moir is a classical optical experimental technique used for fullfield, noncontact measurement of displacements and strains. Geometric moir has been overshadowed by finite element method over the past three decades. However, new developments and applications, such as lowcost dynamic double exposure moir, moir applications in stereolitography, etc., have revived the use of experimental geometric moir. A number of new significant questions appear when timeaverage geometric moir techniques are being applied for scientific and engineering problems. Digital image processing, mathematical and statistical analysis, special numerical methods and elements of chaos theory help to extend the limits of optical experimental timeaverage moir techniques. Timeaverage stochastic moir, timeaverage supermoir, applicability of timeaverage geometric moir for chaotic oscillations, new quadrature rules for the construction of timeaveraged moir fringes in real time mode are main results presented in this book. It will be useful for graduate students, researchers and scientists working in the areas of modeling and applications of geometric moir.
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