Advancement of Optical Methods & Digital Image Correlation in Experimental Mechanics

Chapter 1. Diagnosis of Deformation Stages with Optical Interferometric Technique and Comprehensive Theory of Deformation and Fracture.- Chapter 2. Non-Contact Measurement of Strains Using Two Orthogonal Sets of Twin 'Blue' Lasers.- Chapter 3. Experimental Observations on the Fracture of Metals.- Chapter 4. A Digital Laser Speckle Technique for Generating Slope, Curvature, and Deflection Contours of Bent Plates.- Chapter 5. Holography and Holographic Interferometry via Photopolymer Film.- Chapter 6. Evaluating Stresses from measured strains in Viscoelastic Body Using Numerical Laplace Transformation.- Chapter 7. Evaluation of the Influence of Water Absorptivity on the Properties of CFRP Cylinder Materials by SHPB Impact Compression Test.- Chapter 8. Speckling and Testing with DIC at Micro Scales.- Chapter 9. Perspective Compensation of 2D-DIC Measurements by Combination with Speckle Imaging.- Chapter 10. Holographic Measurement of Semi-Transparent Tympanic Membrane Shape Using MultipleAngle Illuminations.- Chapter 11. Characterization of Interface Debonding Behavior Utilizing an Embedded Digital Image Correlation Scheme.- Chapter 12. Preliminary Characterization of a Plastic Piezoelectric Motor Stator Using High-speed Digital Holographic Interferometry.- Chapter 13. DIC Measurement of Anisotropy for Plastically Deformed Thermoplastic.

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Digital Imaging Correlation;Optical Methods;Society for Experimental Mechanics;Materials Characterization;Conference Proceedings