Introducing BeamTool 11: Enhancing PAUT Inspection Technique Design with Point Spread Function (PSF) Based Quality Maps
Tracks
Advanced UT Presented by TPAC
Tuesday, October 22, 2024 |
2:30 PM - 3:00 PM |
127 |
Speaker
Mohammad Marvasti
Ultrasonic Application Development Engineer
Introducing BeamTool 11: Enhancing PAUT Inspection Technique Design with Point Spread Function (PSF) Based Quality Maps
Presentation Description
For over two decades, Eclipse Scientific’s BeamTool software has been widely used across the NDT industry for designing optimal Phased Array Ultrasonic Testing (PAUT) techniques. With the release of BeamTool 11, the software introduces more advanced tooling, enabling users to design more sophisticated PAUT inspection techniques. The new features include Sensitivity, Focal Area, and Resolution maps, for, which allow users to quickly assess how reflectors will appear in PAUT scans in terms of amplitude, shape, and size. For each focal metric, the software provides absolute minimum and maximum values, along with derived quantities such as vertical and horizontal resolution, enabling users to directly compare the influence of probe and wedge parameters. These tools empower users to quantify the relative benefits of multiple PAUT beamsets, select the optimal one, and estimate sizing accuracy for the finalized technique. Additionally, these metrics can be compared with those available for FMC/TFM techniques to determine if using FMC/TFM instead of PAUT offers significant advantages for a given inspection. This presentation will provide an in depth description of these focal metrics and show several practical examples where they can be used to choose the optimal technique parameters for real world inspection scenarios.
Biography
Mohammad is an Ultrasonic Application Development Engineer with 10 years of experience specializing in developing custom ultrasonic inspection solutions. His focus is on utilizing advanced imaging techniques to create practical, field-deployable systems for challenging inspection applications. His expertise spans a range of key ultrasonic technologies, including Phased Array Ultrasonic Testing (PAUT), Phase Coherence Imaging (PCI), Full Matrix Capture -Total Focusing Method (FMC/TFM), and Time of Flight Diffraction (ToFD). He is also proficient in CIVA modeling, imaging and signal processing, Probability of Detection (PoD) studies, and the development of inspection and analysis procedures for field applications.