Computational Electromagnetics and Model-Based Inversion: A Modern Paradigm for Eddy-Current Nondest

Preface.- Part I Computational Electromagnetics Background.- 1 Overview of Methods of Computational Electromagnetics.- 2 Green's Dyad for Plane-Layered Media.- 3 The Volume-Integral Equations for Plane-Layered Media.- 4 Discretization via the Galerkin Method of Moments.- 5 Computing Network Immittance Functions from Field Calculations.- 6 Advanced Probe Models Based on Magnetic Dipoles and Ferrite Cores.- 7 Advanced Probe Models Based on Electric Dipoles.- 8 Planar and Conforming Arrays of Probes.- 9 Multilayered Media with Cylindrical Geometries.- 10 Some Special Topics in Computational Electromagnetics.- Part II Inversion Algorithms and Signal-Processing.- 11 Examples of Basic Inverse Problems.- 12 NLSE: Parameter-Based Inversion Algorithm.- 13 Robust Statistical Estimators.- 14 Some Special Signal-Processing Algorithms.- 15 Preprocessing Data and Transformation of Signal Vectors.- Part III Applications.- 16 Modeling Corrosion and Pitting Problems.- 17 Applications to Aerospace Structures.- 18 Applications to Nuclear Power.- 19 Coupled Problems in Heat-Exchanger Tubes.- 20 Applications to NDE of Coatings.- 21 Model-Assisted Probability of Detection.- References.- Index.