(Ebook PDF) Transient Electromagnetic Thermal Nondestructive Testing Pulsed Eddy Current and Transient Eddy Current Thermography 1st Edition by Yunze He 0128128364 9780128128367 full chapters

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Product details:

ISBN-10 :  0128128364 

ISBN-13 :  9780128128367

Author : Yunze He 

Transient Electromagnetic-Thermal Nondestructive Testing: Pulsed Eddy Current and Transient Eddy Current Thermography covers three key areas of theories, methods and applications, primarily the multi-physics field, including eddy current, heat conduction and Infrared radiation for defect evaluation, lateral heat conduction, which is analyzed to detect parallel cracks, and longitudinal heat conduction, which is analyzed to detect depth defect, or that which is beyond skin depth.

Transient Electromagnetic-Thermal Nondestructive Testing. Pulsed Eddy Current and Transient Eddy Current Thermography 1st Table of contents:

Chapter 1: Nondestructive Testing and Transient Electromagnetic-Thermal NDT
Abstract
Part I: Pulsed Eddy Current
Chapter 2: Magnetic Sensor Based Pulsed Eddy Current for Defect Detection and Characterization
Abstract
2.1. Introduction to PEC
2.2. Magnetic sensor based PEC systems
2.3. Signal processing software
2.4. Inspection of nonferromagnetic samples
2.5. Inspection of ferromagnetic samples
Chapter 3: Hall-Device-Based PEC Features for Material Properties Evaluation and Defect Detection
Abstract
3.1. Feature extraction in the time domain
3.2. Stress measurement using time-domain features
3.3. Corrosion evaluation and development prediction
3.4. Scanning PEC for honeycomb evaluation
3.5. Scanning PEC for CFRP impact evaluation
Chapter 4: Coil-Based Rectangular PEC Sensors for Defect Classification
Abstract
4.1. Rectangular PEC sensors and feature extraction
4.2. Defect classification under different directions
4.3. Defect classification under variations of lift-off
4.4. PCA with frequency-domain responses for defect classification in multilayer structures
4.5. PCA-SVM based defect classification
Part II: Transient Eddy Current Thermography
Chapter 5: Active Thermography and Eddy Current Excited Thermography
Abstract
5.1. Active thermography
5.2. Eddy current thermography
5.3. ECPT for quantitative analysis of surface defects
Chapter 6: Heat Conduction Based Eddy Current Pulsed Thermography (ECPT) for Defect Evaluation
Abstract
6.1. Time domain quantification analysis for deep defects
6.2. Log domain quantification analysis for deep defects
6.3. Lateral heat conduction based defect evaluation
Chapter 7: Eddy Current Step or Time-Resolved Thermography (ECST)
Abstract
7.1. Principle of ECST
7.2. Numerical studies
7.3. Experimental studies
Chapter 8: Eddy Current Pulsed Phase Thermography (ECPPT) for Metal Materials Evaluation
Abstract
8.1. Basic theory of ECPPT
8.2. Finite element analysis for defect quantification
8.3. Experimental studies for defect quantification
8.4. Elimination of surface emissivity variation
Chapter 9: Volume or Inside Heating Eddy Current Thermography
Abstract
9.1. Physical principles of SHT and VHT
9.2. Numerical studies
9.3. Experimental studies
Chapter 10: Volume Heating ECT and Phase Analysis for CFRP Evaluation
Abstract
10.1. Methodology of ECVHT and phase analysis
10.2. Delamination evaluation using volume heating ECPPT
10.3. Impact evaluation using eddy current square pulse phase thermography
Chapter 11: Pulsed Inductive Thermal Wave Radar (PITWR)
Abstract
11.1. Theory of TWR
11.2. Subsurface defect evaluation and suppression of emissivity variation in steel
11.3. Experimental studies of CFRP
Chapter 12: Through Coating Imaging of Early Marine Corrosion Using ECPPT
Abstract
12.1. Steel corrosion detection and evaluation
12.2. Methodologies
12.3. Experimental studies
Part III: Physical–Mathematical Model–Based ECPT for Defect Evaluation
Chapter 13: Separation of ECPT Transient Electromagnetic–Thermal Fields
Abstract
13.1. Demand for separation of transient electromagnetic–thermal fields
13.2. Physical–mathematical time-dependent partition model
13.3. Validation of model: simulation and experiments
Chapter 14: Unsupervised Sparse Pattern Diagnostic of Defects with ECPT
Abstract
14.1. Methodology
14.2. Physics-based data analytics
14.3. Experimental studies
14.4. Results and discussion
Chapter 15: Multidimensional Tensor-Based ECPT for Wind Turbine Gear Inspection
Abstract
15.1. NDT, CM, and SHM of wind turbines
15.2. Methodology
15.3. Experimental studies
Chapter 16: Physics-Based Modeling and Pattern Mining of ECPT
Abstract
16.1. Methodology
16.2. Modeling and mining of thermal patterns in the spatial, time, frequency, and sparse domains
16.3. Results and discussion

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Transient Electromagnetic,Thermal Nondestructive,Pulsed Eddy,Transient Eddy,Current Thermography,Yunze He