Presents the theory of Ultrasound generation and its transmission through metal specimens, and addresses basic pulse-echo instrumentation (A-B-C-Scan and Computerized Systems) and its functions.
Discusses the basic principles of Operation of transducers and different types of crystals, and also explains purpose and principles of couplants.
Learn how to perform straight beam and angle beam examinations, as well as how to interpret the results of Ultrasonic Testing Inspection procedures.
Discontinuities, wave modes, Acoustic Impedance, Refraction and reflection, Piezoelectric Transducer, Pulser receiver, attenuation, Immersion Testing
Setup test equipment, Steps to conduct Test, Calibration
Familiarize with codes and standards
Interpret results with respect to applicable codes and standards
Understand limitation of the test method
✅The level II course considers the application of longitudinal, shear, surface and plate wave Ultrasonic Testing, comparing straight beam (Longitudinal Wave) and angle beam (Shear Wave) techniques.
✅Discussed the advantages and limitations of Ultrasonic Testing as compared to Radiographic Testing of welds.
✅Select equipment , Set Equipment, Step to conduct Test, Calibration
✅Familiarize with codes and standards
✅Interpret results with respect to applicable codes and standards
✅Understand limitation of the test method
✅Manufacture Discontinuities
✅Wave Modes , Acoustic Impedance
✅Refraction and reflection
✅Piezoelectric Transducer
✅Pulser receiver , Attenuation
✅Immersion testing , Flaw detection
✅Angle Beam Inspection
✅Demonstrated competence to perform NDT according to Eddy current Testing procedures.
✅Select the Eddy Current technique for the test method to be used;
✅Define the limitations of application of the testing method;
✅Translate NDT codes, standards, specifications and procedures into NDT instructions adapted to the actual working conditions;
✅Set up and verify equipment settings;
✅Interpret and evaluate results according to applicable standards, codes, specifications or procedures;
✅Prepare Eddy Current written instructions
✅Generation of eddy currents by means of an AC field
✅Effect of fields created by eddy currents
✅Effect of change of impedance on instrumentation
✅Principles of magnetization.
✅Flux leakage theory and principle
✅Types of eddy current sensing elements
✅Demonstrated competence to perform NDT according to Eddy current Testing.
✅Define the limitations of application of the testing method;
✅Translate NDT codes, standards, specifications and procedures into NDT instructions adapted to the actual working conditions;
✅Set up and verify equipment settings;
✅Perform and supervise tests;
✅Interpret and evaluate results according to applicable ✅standards, codes, specifications or procedures;
✅Prepare Eddy Current written instructions
✅Generation of eddy currents by means of an AC field
✅Effect of fields created by eddy currents
✅Effect of change of impedance on instrumentation
✅Principles of magnetization.
✅Flux leakage theory and principle
✅Types of eddy current sensing elements
✅Provides a full appreciation in the techniques and ✅methods of magnetic particle inspection.
✅Covers the principles of Magnetic Particle Testing
✅Manufacturing Discontinuities
✅Theory of Magnetism
✅Methods of Magnetization
✅Equipment
✅Mediums and Their Preparation
✅Application
✅Type of Indication
✅Codes and standards
✅Provides a full appreciation in the techniques and methods of magnetic particle inspection.
✅Covers the principles of Magnetic Testing
✅Select equipment , Setup Equipment
✅Familiarize with codes and standards
✅Interpret results with respect to applicable codes and standards
✅Understand limitation of the test method
✅Manufacturing Discontinuities
✅Methods of Magnetization
✅Mediums and Their preparation
✅Types of Indication
✅Provides a full appreciation in the techniques and methods of penetrant testing.
✅Covers the principles of Liquid Penetrant Testing
✅Manufacturing and Discontinuities
✅Principles
✅Basic Steps
✅Pre and Post Cleaning
✅Application of Penetrants and Developers
✅Interpretation
✅Written Instruction
✅Review of Basic Principles and Variables
✅Selection of Appropriate Penetrant testing Method
✅Cleaning, Penetrant Application, Developer, etc
✅Dwell Time, Development Time
✅Penetrant Testing Equipments and Stations
✅Inspection and Evaluation of Indications
✅Inspection Procedures and Standards Course also includes:
✅Hands-On Training (Practical)
✅Review & Discussions