1.Comprehensive Approach to Deformation Dynamics -- 2.In situ Modal Analysis of Gears -- 3.High-Speed Stereomicroscope Digital Image Correlation of Rupture Disc Behavior -- 4.An Experimental-numerical Hybrid Approach to Analysis of Fiber-matrix Interfacial Stresses -- 5.Stochastic Progressive Damage Process in Thick Composites: DIC-Based Experimental Characterization -- 6.DIC Strain Analysis of FRP/Concrete Bond after Sustained Loading -- 7.Damage Detection In CFRP Components Using DIC -- 8.Experimental Quantification of Bend-twist Coupling in Composite Shafts -- 9.Evolution of Speckle Photography: From Macro to Nano & from 2D to 3D -- 10.A Nonlocal Strain Measure for DIC -- 11.Highly Accurate 3D Shape and Deformation Measurements Using Fluorescent Stereo Microscopy -- 12.Continuous 3d Scanning Mode Using Servomotors Instead Of Stepping Motors -- 13.Displacement Measurement by DIC Method With Cameras of Different Formats -- 14.Evaluating Thermal Stresses and Strains from Measured Displacements Using an Experimental-numerical Hybrid Method -- 15.Stress Analysis of a Perforated Asymmetrical Vehicle Cooling Module Structure From Unidirectional DIC Displacement Information -- 16.Thermo-mechanical Properties of Metals at Elevated Temperatures -- 17.Correlation of Microscale Deformations to Macroscopic Mechanical Behavior Using Incremental Digital Volume Correlation of In-situ Tomography -- 18.Sparse Spherical Marker Tracking in Volumetric Images: Assessment of Local Measurement Errors -- 19.Flapping Wing Deformation Measurement in Hover Flight Conditions -- 20.Characterization of Cover-plate Bolted Steel Joints With Full-field Measurements -- 21.Connecting Rod FEA Validation Using Digital Image Correlation -- 22.DIC on the Thermal Expansion Coefficient Measurements of Palladium at Different Temperature Levels -- 23.Keynote: Comparison of Subset-based Local and Finite Element-based Global Digital Image Correlation -- 24.A Meshless Global DIC Approach -- 25.Out-of-plane Motion Evaluation and Correction in 2D DIC -- 26.A Realistic Error Budget for Two Dimension Digital Image Correlation -- 27.Accuracy Comparison of Fringe Projection Technique and 3D Digital Image Correlation Technique -- 28.Continuous Development of 3D DIC by Using Multi Camera Approach -- 29.On Noise Prediction In Maps Obtained With Global DIC -- 30.Full-field 3D Deformation Measurement of Thin Metal Plates Subjected to Underwater Shock Loading -- 31.A Multi-Camera Stereo DIC System for Extracting Operating Mode Shapes of Large Scale Structures -- 32.Metrology of Contours by the Virtual Image Correlation Technique -- 33.Uncertainties of Digital Image Correlation Due to Pattern Degradation at Large Strain -- 34.Optimization Analysis of Large-area Full-field Thickness Measurement Interferometry in Thin Glass Plates -- 35.A New Approach to Calibration of Polycarbonate Material for Photoplastic Studies -- 36.Revealing Dynamic Banding During High Temperature Deformation of Lightweight Materials Using Digital Image Correlation -- 37.Strains in Shallow and Deep Notches Using Two DIC Algorithms -- 38.Towards the Development of a Global Cn-continuous DIC Procedure? -- 39.Extraction of Linear Anisotropic Parameters with Scattering Property by Mueller Optical Coherence Tomography for Stress Analysis -- 40.Field Strain Measurement on the Fiber-epoxy Scale in CFRPs.

Advancement of Optical Methods in Experimental Mechanics, Volume 3 of the Proceedings of the 2015SEM Annual Conference& Exposition on Experimental and Applied Mechanics, the third volume of nine from the Conference, brings together contributions to this important area of research and engineering.� The collection presents early findings and case studies on a wide range of optical methods ranging from traditional photoelasticity and interferometry to more recent DIC and DVC techniques, and includes papers in the following general technical research areas: Advanced optical interferometry Developments in Image correlation (Digital &Volumetric ) Full Field Methods Novel Optical Methods for Stress/Strain Analysis Advances in Optical Methods.