NonDestructive Testing – A Comprehensive Guide to NDT

NonDestructive Testing – A Comprehensive Guide to NDT
Prabhu TL
Nestfame Creations Pvt. Ltd
TABLE OF CONTENT
Nondestructive testing (NDT) is the process of inspecting, testing, or evaluating materials, components or assemblies for discontinuities, or . differences in characteristics without destroying the serviceability
The Six most frequently used test methods are MT, PT, RT, UT, ET and VT Each of these test methods will be 0 0 .described here, followed by the other, less often used test methods.

1. What Is Non-destructive Testing?
2. Acoustic methods
3. Coating thickness measurement methods
4. Where Is Non-Destructive Testing Used?
5. NDT Test Methods
6. Visual Inspection (VT)
7. Codes and Standards Overview
8. Optical Aids Used In NDT
9. Holographic Non-Destructive Testing
10. ACFM technique
11. Codes and Standards Bodies Involved in NDT Industry
12. Erosion corrosion
13. Laser-based inspection
14. The Benefits of Laser-Based Inspection
15. Basic Principles of Liquid Penetrant Inspection
16. Step by Step Dye Penetrant Testing
17. Magnetic Particle Examination
18. Magnetization of Ferromagnetic Materials
19. Ultrasonic Testing Procedure
20. ULTRASONIC TESTING IN DETAIL
21. Radiographic Testing Procedure
22. Visual Testing
23. ACOUSTIC EMISSION (AE) OVERVIEW
24. Introduction to Acoustic Emission Testing
25. A Brief History of AE Testing
26. Theory – AE Sources
27. Theory – Acoustic Waves
28. Equipment
29. AE Signal Features
30. Data Display
31. AE Source Location Techniques
32. AE Barkhausen Techniques
33. AE Applications
34. Eddy Current Testing (ET) Overview35. History of Eddy Current Testing
35. Basic Principles of Eddy Current Inspection
36. Present State of Eddy Current Inspection
37. Properties of Electricity
38. Current Flow and Ohm’s Law
39. Induction and Inductance
40. Self-Inductance and Inductive Reactance
41. Mutual Inductance
42. Circuits and Phase
43. Impedance
44. Depth of Penetration & Current Density
45. Phase Lag
46. Eddy Current Instruments
47. Resonant Circuits
48. Bridges
49. Display – Complex Impedance Plane
50. Display – Analog Meter
51. Absolute Probes
52. Probes – Configurations
53. Probes – Shielding & Loading
54. Coil (Probe) Design
55. Impedance Matching
56. Reference Standards
57. Signal Filtering
58. Surface Crack Detection Using Sliding Probes
59. Tube Inspection
60. Conductivity Measurements
61. Verification of Heat Treatment
62. Thickness Measurements of Thin Material
63. Thickness Measurements of Non Conducting Coatings on Conductive Materials
64. Advanced Techniques – Scanning
65. Multiple Frequency Techniques
66. Swept Frequency
67. Pulsed Eddy Current Inspection
68. Remote Field Sensing
69. GUIDED WAVE TESTING (GW) Overview
70. Ground Penetrating Radar72. Laser Testing Methods
71. Leak Testing
72. LEAK DETECTION METHODS AND DEFINING THE SIZES OF LEAKS
73. Magnetic Flux Leakage
74. Microwave Nondestructive Testing
75. Neutron Radiography Testing
76. Thermal Infrared Testing
77. Scientific Principles of Thermal Testing
78. Equipment – Imaging Technology
79. Techniques and Select Industrial Applications of Thermal Imaging
80. Vibration Analysis
81. Vibration Analysis: FFT, PSD, and Spectrogram Basics
82. Facility integrity assessments can fuel gains in the oil and gas sector
83. Utility Mapping for Risk Reduction in Oil and Gas
84. Innovation: the key to effective boiler inspection
85. Pipeline Repair: Considerations for Determining the Most Appropriate Method
86. Applus+ PU12 remote inspection tool combines expertise with design thinking for a complete
    transformation of the client experience in oil & gas
87. Single sided Phased Array: Developments in weld ultrasonic inspection
88. Material evaluation using Infrared “Active” Thermography
89. The Applus+ RTD DTI Trekscan, a new addition to the suite of tools for inspection of
    Difficult To Inspect pipelines
90. Developments in digital radiographic inspection
91. Radiography Inspection Method through CR
92. Geo-hazard Monitoring of Pipelines using Strain Gauges
93. CiBot carburization measurements: The process that allows non-destructive inspection on
    radiant coils in the furnaces
94. Pulsed Eddy Current for corrosion
95. 3D Modeling & BIM Using Laser Scanning
96. Crack Management Series
97. Non-destructive material verification uncovers hidden manufacturing process flaws
98. The advantages and disadvantages of advanced NDT
99. NDT – Visual Inspection (VT) & Boroscopy
100. Weld Qualification Testing
101. Basic Principles of Liquid Penetrant Inspection
102. Developers
103. Discuss advantages, limitations and applications of NDT method106. Electromagnetic Testing Inspections
104. PRINCIPLE OF DIRECT PRESSURE (DROP) TYPE AIR LEAK TEST
105. Magnetic Field Characteristics
106. Electromagnetic Fields
107. Suspension Liquids
108. Wet Suspension Inspection
109. Continuous and Residual Magnetization Techniques
110. Infrared Thermography and Nondestructive Evaluation
111. Contact vs. Noncontact Measurement
112. INFRARED THERMOGRAPHY AS A NON-DESTRUCTIVE TOOL
113. History of NDT-Instrumentation
114. A Smart Eddy Current Sensor Dedicated to the Nondestructive Evaluation
115. Ultrasonic Transducers for Nondestructive Testing
116. Ultrasonic Testing – Pulse-Echo Method
117. Ultrasonic Examination – Time of Flight Diffraction (TOFD)
118. Straight Beam Tests
119. Angle Beam Probe Selection
120. Data Presentation
121. A-Scans and C-Scans
122. NDT – Phased Array Ultrasonic testing (PAUT)
123. PAUT – Phased Array Ultrasonic testing
124. PAUT Corrosion & thickness mapping
125. Time of Flight Diffraction Technique (TOFD)
126. Grain Noise
127. Influence of Metal Microstructures
128. Terahertz Imaging
129. Automated Eddy Current Testing for Aero-engine Components
130. Automated Ultrasonic Scanners: Impact of Axes Misalignment
131. Flexible UT Inspection
132. Contrôle Non Destructif des Soudures par Ultrasons
133. Weld evaluation of brazed camshafts using ultrasonic testing
134. Dynamic Range Enhancement for Automated Ultrasonic Testing of Composites
135. Automated Contour Following for NDT Ultrasonic Testing of Large Aerospace
     Parts
136. Turbine Blade Inspection
137. Ultrasonic Testing Solution for Inspection of Aluminum Cast Molding Blocks
138. Advanced nondestructive testing142. Automated Ultrasonic Testing: Transducer Squint Angle Correction
139. Ultrasonic C-Scan Imaging for Evaluating the Integrity of Brazed Parts
140. Ultrasonic Testing: Defect-Sizing in Composite Structures
141. Multi-channel Flatbed Ultrasonic Squirter System for Inspection of Large
     Aerospace Composite Panels
142. Automated Phased Array Testing
143. Solving NDT Demands with the Right Products
144. NDT Software Solutions to Empower Automated NDT Systems
145. Inspection of Composite Materials in Aerospace Applications
146. Automated Thickness Measurements Of High Pressure Aero-Engine Turbine Blades
147. Challenges of Performing Automated Ultrasonic Inspection
148. Automated Ultrasonic Inspection of Brazed Joints in Helicopter Engine Turbine
     Nozzle
149. Automated Eddy Current Inspection of Aerospace Bearing Raceways

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