Review of Progress in Quantitative Nondestructive Evaluation [E-Book] : Volume 4A / edited by Donald O. Thompson, Dale E. Chimenti.
This volume (parts A and B) contains the edited papers presented at the annual Review of Progress in Quantitative NDE held at the University of California, San Diego, July 8-13, 1984. We have chosen to organize the papers by subject, an arrangement that we feel to be more useful for a reference volu...
Saved in:
Full text |
|
Personal Name(s): | Chimenti, Dale E., editor |
Thompson, Donald O., editor | |
Imprint: |
Boston, MA :
Springer,
1985
|
Physical Description: |
XX, 642 p. online resource. |
Note: |
englisch |
ISBN: |
9781461594215 |
DOI: |
10.1007/978-1-4615-9421-5 |
Subject (LOC): |
- Keynote Address
- Magnetic Resonance Imaging in Medicine: Quantitative Tissue Characterization
- 1: Ultrasonics
- Section A: Probability of Detection
- Improvements in Ultrasonic Measurement Modeling with Applications to Ultrasonic Reliability
- Statistical Approach to the Automation of Flaw Detection
- Statistical Flaw Detection in a Scanning Mode
- Section B: Scattering
- A Finite Element Formulation for Ultrasonic NDT Modeling
- Comparison of the T-Matrix and Helmholtz Integral Equation Methods for Wave Scattering Calculations
- Ultrasonic Scattering in Composites Using Spatial Fourier Transform Techniques
- Interaction of Ultrasonic Waves with Simulated and Real Fatigue Cracks
- Modeling of Real UT Transducer Field/Flaw Interactions
- Reflection of Ultrasonic Waves by an Array of Microcracks
- A Model for the Ultrasonic Scattering From Multi-Branched Cracks
- The Use of Surface Acoustic Waves to Study Small Fatigue Cracks in 7075-T651 Aluminum and 4340 Steel
- Elastic Wave Scattering by a Surface-Breaking Planar Crack in 3d
- Elastodynamic Stress Intensity Factors for an Interface Crack in a Layered Half Space
- The Elastic Compliance of Imperfect Interfaces: Review and Relationship to Ultrasonic Scattering
- Characterization of a Periodic Surface Profile by Pole-Zero Parameterization of Elastodynamic Pulse Reflections
- Response of an Elastic Plate to Surface Loads and Buried Dislocation Sources
- Surface Wave Modes on Spherical Cavities Excited by Incident Ultrasound
- Section C: Transducers and Signal Processing
- Relationship of Gaussian Beam Theory to Scanned Ultrasonic Measurements with Commercial Transducers
- Deconvolution by Design — An Approach to the Inverse Problem of Ultrasonic Testing
- System Analysis for Wide Band Ultrasonic Test Set-Ups
- Double Amplitude Evaluation in Ultrasonic Testing
- Error Sensitivity of Long and Intermediate Wavelength Flaw Reconstruction
- Ultrasonic Welding Defect Sizing by Advanced Pattern Recognition Techniques
- EMAT/Synthetic Aperture Approach to Thick-Weld Inspection
- Characterization of Noise in Austenitic Stainless Steel
- Analysis of Many-Defect Systems
- Section D: Imaging and Reconstruction
- Transmission Scanning Acoustic Microscopy for Tilted Plate Specimens
- Low-Frequency Acoustic Microscopy
- The Focused-Beam Reflection-Mode Acoustic Microscope at Lawrence Livermore National Laboratory — Development and Present Capability
- Holographic Inspection for Debonds in Sonar Transducer Head Mass/Shroud Subassemblies
- Long and Intermediate Wavelength Flaw Reconstruction
- Reconstruction of Defects by Ultrasonic Testing Using Synthetic Aperture Procedures
- Tomographic Reconstruction of Internal Temperature
- Acoustic Tomographic Reconstruction of Anomalies in Three-Dimensional Bodies
- Use of the Analytic Signal in Ultrasonic Imaging
- 2: Eddy Currents
- Section A: Probability of Detection
- Probability of Detection of Flaws in a Gas Turbine Engine Component Using Electric Current Perturbation
- Assessment of the Effects of Scanning Variations and Eddy Current Probe Type on Crack Detection
- Section B: Modeling
- Developments in Surface Crack Detection by the A. C. Field Technique
- Experimental Verification of Eddy-Current Flaw Theory
- Analysis of Eddy Current Response due to Flaws in Imperfectly Conducting Materials
- Application of a Computer Model to Electric Current Perturbation Probe Design
- Numerical Electromagnetic Modeling for Three-Dimensional Inspection of Ferrous Metals
- Section C: Probes and Instruments
- Recent Developments in Eddy Current Testing
- Magnetic Field Mapping with a SQUID Device
- Calibration Methods for Eddy Current Measurement Systems
- Frequency Dependence of Electric Current Perturbation Probe Response
- Development of a Rotating Ferromagnetic Resonance Eddy Current Probe for Inspecting Small Radius Curved Surfaces on Gas Turbine Engine Components
- Evaluation of an Eddy-Current Tape-Head Probe
- Analysis of Flat Coils’ System with Displaced Sensors for Eddy Current NDE of Ferromagnetic Metals
- An Eddy Current Analysis System for Nuclear Fan Cooler Inspection Data Analysis and Interpretation
- Automatic Eddy Current Inspection of Antirotation Windows in F100 Engine Compressor Air Seals
- Automatic Eddy Current Hole Centering for Aircraft Engine Components
- Flaw Detection in Aluminum Welds by the Electric Current Perturbation Method
- Precision Measurement of Eddy Current Coil Parameters
- Section D: Display Methods
- Diffusion, Waves, Phase and Eddy Current Imaging
- Inversion of Eddy Current Data Using Holographic Principles
- Eddy Current Curvilinear Scanned Linear Array Near Real-Time Imaging Technique
- 3: Theoretical and Applied Inverse Methods
- Section A: Theory
- Exact Solution of Probabilistic Inverse Problem Pertaining to the Scattering of Elastic Waves From General Inhomogeneities
- Connection Between Time- and Frequency-Domain Three Dimensional Inverse Problems for the Schrodinger Equation
- An Efficient Numerical Method for Determination of Shapes, Sizes, and Orientation of Flaws for Nondestructive Evaluation
- The Effects of Noise and Bandlimiting on a One Dimensional Time Dependent Inverse Scattering Technique
- Section B: Ultrasonic Applications
- Detection and Characterization of Surface Cracks Using Leaky Rayleigh Waves
- Surface Flaw Characterization Using Ultrasonic Backscattered Satellite Pulse Technique
- Signal Processing for Underclad Crack Sizing
- Identifying Spherical Voids and Inclusions by Matching the Power Spectra
- Resonant Scattering and Crack Sizing
- Status of Implementation of the Inverse Born Sizing Algorithm
- Section C: Eddy-Current Applications
- Improved Probe-Flaw Interaction Modeling, Inversion Processing, and Surface Roughness Clutter
- An Eddy-Current Model and Inversion Alogrithms for Three Dimensional Flaw Reconstruction.