Ultrasonic Thickness Testing, in particular, is crucial for monitoring in-service damage mechanisms like erosion and corrosion, which can cause wall loss in critical components. This method is indispensable for industries such as oil and gas, power generation, and chemical processing, where even small changes in thickness can lead to catastrophic failures. Interestingly, ultrasonic testing is so precise that it can detect thickness changes as small as 0.001 inches, making it a vital tool for preventative maintenance.In this course, we cover:
- The history and fundamentals of Ultrasonic Testing
- An overview of various testing applications
- The different types of ultrasonic equipment and transducers
- The advantages and limitations of ultrasonic testing
- Common damage mechanisms causing wall loss, such as erosion and corrosion
- Techniques for performing grid maps, storing readings, and conducting localized scans
- Proper reporting and recording of defects
Upon completing this course, students will be able to:
- Understand the various types of ultrasonic equipment and transducers used for different applications
- Characterize ultrasonic signals to detect and evaluate defects
- Calibrate ultrasonic equipment and perform inspections according to applicable code requirements
- Document and report inspection results accurately
The course includes 12 hours of hands-on training, during which instructors will demonstrate equipment calibration, scanning of various samples, and data transfer techniques. Students will also practice on real-world examples to reinforce their skills. Upon successful completion, participants will receive 24 total hours of accredited classroom instruction, with knowledge assessed through an exam.
This course meets the requirements of ANSI/ASNT CP-105 and prepares students to meet industry standards for Ultrasonic Testing.
