Computer Vision & Laser Vibrometry, Volume 6

Javad Baqersad–Kettering University, MI, USA | jbaqersad@kettering.edu;Dario Di Maio–University of Twente, Netherlands | d.dimaio@utwente.nl

• Chapter 1 Optical Motion Magnification: A Comparative Study and Application for Vibration Analysis.- Chapter 2 - To the Moon! Space Launch System Modal Testing with Video and Motion Magnification.- Chapter 3 Effects of Image Pair Processing Styles on Phase-Based Motion Extraction.- Chapter 4 Experiment-based optical full-field receptances in the approximation of sound radiation from a vibrating plate.- Chapter 5 Measurements of panel vibration with DIC and LDV imaged through a Mach 5 flow. - Chapter 6 Experimental quantification of sensor-based stereocameras’ extrinsic parameters calibration. - Chapter 7 Towards camera-based monitoring of abdominal aortic aneurysms[AA].- Chapter 8 Measuring 3D vibrations amplitude with a single camera and a model of the vibrating structure.- Chapter 9 Risk tolerance mapping in dynamically loaded structures as excitation dependency by means of full-field receptances.- Chapter 10 Lightweight Internal Damage Segmentation using Thermography with and without Attention Based Generative Adversarial Network.- Chapter 11 A Novel Framework for the Dynamic Characterization of Civil Structures Using 3D Terrestrial Laser Scanners.- Chapter 12 Orthorectification for Dense Pixel-Level Spatial Calibration for Video-Based Structural Dynamics.- Chapter 13 Digital Twins for Photorealistic Event-Based Structural Dynamics.- Chapter 14 Multi-path vibrometer based strain measurement technique for Very High Cycle Fatigue (VHCF) testing.- Chapter 15 Measurement of Airborne Ultrasound Using Laser Doppler Vibrometer.- Chapter 16 Modal Identification of a Turbine Blade with a Curved Surface under Random Excitation by a 3D CSLDV System and the Extended Demodulation Method.- Chapter 17 Operational modal analysis of a rotating structure using image-based tracking continuously scanning laser Doppler vibrometry via a novel edge detection method.- Chapter 18 Detection of Missing Rail Fasteners Using Train-Induced Ultrasonic Guided Waves:A Numerical Study.- Chapter 19 Dynamic Mode Decomposition for Resonant Frequency Identification of Oscillating Structures.- Chapter 20 Time-inferred autoencoder for construction and prediction of spatio-temporal characteristics from dynamic systems using optical data.- Chapter 21 Rotational Operating Deflection Shapes Analysis with High Speed Camera.