Ultrasonic Testing Level II

Ultrasonic Testing Level II

Ultrasonic Testing Level II

$ 499.00 USD

Course Objectives:

Upon completion, students will be able to:

  • Apply advanced wave theory and mode conversion principles in ultrasonic testing.
  • Perform calibration using reference standards such as DAC curves and TGC (Time-Gain Compensation).
  • Utilize shear waves, angle beam, and phased array (PAUT) techniques for complex inspections.
  • Conduct weld inspections and evaluate discontinuities per industry codes (ASME, AWS, API).
  • Apply Time-of-Flight Diffraction (TOFD) for defect sizing and characterization.
  • Prepare detailed inspection reports and interpret A-scan, B-scan, and C-scan data

Topics Covered:

  • Advanced Wave Propagation & Mode Conversion – Shear, Rayleigh, and Lamb waves.
  • Equipment Setup & Calibration – DAC curves, TCG, and IIW blocks.
  • Inspection Techniques – Angle beam, immersion, phased array, and TOFD.
  • Flaw Characterization – Depth measurement, sizing, and orientation.
  • Weld Inspection & Defect Evaluation – Lack of fusion, porosity, and cracking.
  • Code Compliance & Acceptance Criteria – ASME, AWS, and API standards.
  • Data Interpretation & Reporting – A-scan, B-scan, C-scan analysis.
  • Safety Considerations – High-frequency sound exposure and PPE requirements.
  • This self-guided course includes:

    A full eLearning course

    An ASNT Level III instructor to answer any questions you may have about the material along the way.

    A completion certificate stating hours and signed by your Level III instructor.

    Course Objectives:

    Upon completion, students will be able to:

    • Apply advanced wave theory and mode conversion principles in ultrasonic testing.
    • Perform calibration using reference standards such as DAC curves and TGC (Time-Gain Compensation).
    • Utilize shear waves, angle beam, and phased array (PAUT) techniques for complex inspections.
    • Conduct weld inspections and evaluate discontinuities per industry codes (ASME, AWS, API).
    • Apply Time-of-Flight Diffraction (TOFD) for defect sizing and characterization.
    • Prepare detailed inspection reports and interpret A-scan, B-scan, and C-scan data

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