Abstract
Optical techniques of moiré, holography, speckle and thermographic stress analysis† are very effective for analysing engineering problems involving materials such as man-made (fibre reinforced) and natural (wood, paperboard) composites, metals and rubber. The photo-mechanical techniques are combined herein with computer-vision (digital-imaging) concepts. Attention is also devoted to hybrid methods for processing and differentiating recorded optical data. Applications include those to fracture, stress waves, paper physics, material behavior, wood engineering, energy storage, and hostile environments.
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