Automatic Methods for Ultrasonic Scanning Paths Generation

This paper presents the last evolutions of a program developed in 2020 for the automated generation of optimal scanning paths for 0°LW ultrasonic inspections of complex parts. After summarizing the overall concepts of the path generation method, the paper presents two new algorithms (side following...

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Main Authors: Michel Brassard, Loic Séguin-Charbonneau, Julien Walter, Gabriel Cormier
Format: Article
Language:deu
Published: NDT.net 2023-08-01
Series:Research and Review Journal of Nondestructive Testing
Online Access:https://www.ndt.net/search/docs.php3?id=28157
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author Michel Brassard
Loic Séguin-Charbonneau
Julien Walter
Gabriel Cormier
author_facet Michel Brassard
Loic Séguin-Charbonneau
Julien Walter
Gabriel Cormier
author_sort Michel Brassard
collection DOAJ
description This paper presents the last evolutions of a program developed in 2020 for the automated generation of optimal scanning paths for 0°LW ultrasonic inspections of complex parts. After summarizing the overall concepts of the path generation method, the paper presents two new algorithms (side following path and side/radius interpolating path) recently developed for specific geometries such as long and thin parts, or parts including nonparallel radii. Trajectories automatically generated by the software are then presented for a collection of various aerospace and industrial CFRP components. The results show that the software was able to generate optimal paths for all the tested geometries, using the part’s 3D surface CAD and the probe’s characteristics as only inputs. In particular, the addition of the new algorithms allows for the generation of satisfactory trajectories even for the parts that were previously problematic.
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spelling doaj.art-f24f30222d6b471b8e59a3e2f150bbfd2024-03-11T15:46:45ZdeuNDT.netResearch and Review Journal of Nondestructive Testing2941-49892023-08-011110.58286/28157Automatic Methods for Ultrasonic Scanning Paths GenerationMichel BrassardLoic Séguin-CharbonneauJulien WalterGabriel Cormier This paper presents the last evolutions of a program developed in 2020 for the automated generation of optimal scanning paths for 0°LW ultrasonic inspections of complex parts. After summarizing the overall concepts of the path generation method, the paper presents two new algorithms (side following path and side/radius interpolating path) recently developed for specific geometries such as long and thin parts, or parts including nonparallel radii. Trajectories automatically generated by the software are then presented for a collection of various aerospace and industrial CFRP components. The results show that the software was able to generate optimal paths for all the tested geometries, using the part’s 3D surface CAD and the probe’s characteristics as only inputs. In particular, the addition of the new algorithms allows for the generation of satisfactory trajectories even for the parts that were previously problematic. https://www.ndt.net/search/docs.php3?id=28157
spellingShingle Michel Brassard
Loic Séguin-Charbonneau
Julien Walter
Gabriel Cormier
Automatic Methods for Ultrasonic Scanning Paths Generation
Research and Review Journal of Nondestructive Testing
title Automatic Methods for Ultrasonic Scanning Paths Generation
title_full Automatic Methods for Ultrasonic Scanning Paths Generation
title_fullStr Automatic Methods for Ultrasonic Scanning Paths Generation
title_full_unstemmed Automatic Methods for Ultrasonic Scanning Paths Generation
title_short Automatic Methods for Ultrasonic Scanning Paths Generation
title_sort automatic methods for ultrasonic scanning paths generation
url https://www.ndt.net/search/docs.php3?id=28157
work_keys_str_mv AT michelbrassard automaticmethodsforultrasonicscanningpathsgeneration
AT loicseguincharbonneau automaticmethodsforultrasonicscanningpathsgeneration
AT julienwalter automaticmethodsforultrasonicscanningpathsgeneration
AT gabrielcormier automaticmethodsforultrasonicscanningpathsgeneration