Advancement of Optical Methods in Experimental Mechanics, Volume 3

Chapter1. A New Method for Improving Measurement Accuracy of Digital Image Correlation.- Chapter2. Fatigue Analysis of 7075 Aluminum Alloy by Optoacoustic Method.- Chapter3. Early Strain Localization in Strong Work Hardening Aluminium Alloy (2198 T3): 3D Laminography and DVC Measurement.- Chapter4. On the In-Plane Displacement Measurement by 3D Digital Image Correlation Method.- Chapter5. Noise Reduction in Amplitude-Fluctuation Electronic Speckle-Pattern Interferometry.- Chapter6. Evaluating Path of Stress Triaxiality to Fracture of Thin Steel Sheet Using Stereovision.- Chapter7. Studying with a Full-Field Measurement Technique the Local Response of Asphalt Specimens Subjected to Freeze-Thaw Cycles.- Chapter8. Mechanical Shape Correlation: An Integrated Image Correlation Approach.- Chapter9. On the Boundary Conditions and Optimization Methods in Integrated Digital Image Correlation.- Chapter10. Extension of the Monogenic Phasor Method To Extract Displacements and Their Derivatives From 3-D Fringe Patterns.- Chapter11. Deformation Measurement within a Volume of Translucent Yield Stress Material Using Digital Image Correlation.- Chapter12. Surface Deformation with Simultaneous Contact area Measurement for Soft Transparent Media due to Spherical Contact.- Chapter13. Towards Measuring Intergranular Force Transmission Using Confocal Microscopy and Digital Volume Correlation.- Chapter14. Using Anti-Aliasing Camera Filters for DIC:  Does it Make a Difference?.- Chapter15. Investigation of Electronic Speckle Pattern Interferometry with Line Laser Scanning for Large Area Deformation Measurement.- Chapter16. Internal Heat Generation in Dynamic Tension Tests of AISI 316 using Full-Field Temperature and Strain Measurements.- Chapter17. A Short Survey on Residual Stress Measurements by HDM and ESPI.- Chapter18. Feasibility of Using Fringe Projection System for Corrosion Monitoring in Metals of Interest in Cultural Heritage.