Tabla de Contenidos:
  • Intro
  • Title Page
  • Preface
  • List of Participants
  • Group Photograph
  • Contents
  • Data Processing Method for Thickness Measurement Using Electromagnetic Acoustic Resonance
  • Studying the Vibration Behavior and Energy Consumption of Defects Using Different Transducer Size, Excited at Different Frequencies
  • Quantification of Embedded Defect from Magnetic Field Image Using BP Artificial Neural Networks
  • Novel Phase Based Feedback Control for Constant Height Mode Operation in Scanning Near-Field Microwave Microscopy
  • Detection of Sub-Surface Cracks Using ECT with Planar Excitation Coil, GMR and TMR Sensors
  • Crack Evaluation of Titanium Alloy Using ECT with High Sensitivity Magnetic Sensor
  • An Internal Defect Testing Method Based on Magnetic Permeability Perturbation
  • A Large Lift-Off Nondestructive Testing Method Based on the Interaction Between AC Magnetic Field and MFL Field
  • A Supervised Learning Strategy Applied to Non-Iterative Crack Characterization Around Fastener Site
  • A New Method for Modeling of Magnetic Barkhausen Noise About Two-Phase Ferromagnetic Material
  • Low-Rank Approximations in Sensitivity Analysis Applied to Electromagnetic Nondestructive Evaluation
  • Quantitative Evaluation of Subsurface Corrosion in Conductive Structures via GPEC
  • Focal Plane Characterization of Spot Focusing Horn Antennas for Free Space Microwave Dielectric NDE
  • Model-Based Inversion of Eddy Current Data for Classification and Sizing of Planar and Volumetric Discontinuities
  • Bayesian Methods for Detection of Cracks in Titanium from Eddy Current Data
  • Progress and Challenges of Inverse Methods for Sizing Cracks in Multilayer Bolt-Holt Eddy Current Inspections
  • The Effect of Size on the Quantitative Estimation of Defect Depth in Composite Structures Using SIR NDE
  • Freespace Microwave NDE of Aerospace Dielectric Composites
  • Bayesian Statistics Applied to the Nondestructive Evaluation for the POD and Classification of Flaw Sizes
  • Subject Index
  • Author Index.