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  • This paper deals with the Acoustic Emission principle, which is a Nondestructive Testing method for structural monitoring and many other applications. We deal with the precise geodetic localization of the defects on surfaces of solid bodies mathematically described as a conjunction of several simpler parametric shapes with underlying mutual intersection areas. We use the Newton-Raphson procedure and we propose a few algorithmic improvements such as the holes and the so called condensed localizations. For initializing of the iterative numeric computation we employ A-star mesh based algorithm. The whole algorithm is employed to achieve quick and exact localization of the virtual Acoustic Emission Source on anodized aluminium watering can.
  • This paper deals with the Acoustic Emission principle, which is a Nondestructive Testing method for structural monitoring and many other applications. We deal with the precise geodetic localization of the defects on surfaces of solid bodies mathematically described as a conjunction of several simpler parametric shapes with underlying mutual intersection areas. We use the Newton-Raphson procedure and we propose a few algorithmic improvements such as the holes and the so called condensed localizations. For initializing of the iterative numeric computation we employ A-star mesh based algorithm. The whole algorithm is employed to achieve quick and exact localization of the virtual Acoustic Emission Source on anodized aluminium watering can. (en)
Title
  • Numerical Tests on Acoustic Emission Localizing Techniques for Anodized Aluminium Watering Can
  • Numerical Tests on Acoustic Emission Localizing Techniques for Anodized Aluminium Watering Can (en)
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  • Numerical Tests on Acoustic Emission Localizing Techniques for Anodized Aluminium Watering Can
  • Numerical Tests on Acoustic Emission Localizing Techniques for Anodized Aluminium Watering Can (en)
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  • RIV/68407700:21340/11:00187899!RIV12-MSM-21340___
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  • S, Z(MSM6840770039)
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  • 216853
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  • RIV/68407700:21340/11:00187899
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  • Acoustic emission; geodetic curves; Newton-Raphson method; source localization (en)
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  • [EC8387D2023E]
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  • Ostrava
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  • Brno
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  • Proceedings of NDE for Safety / Defektoskopie 2011
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  • Kůs, Václav
  • Záveský, Michal
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  • Vysoké učení technické v Brně
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  • 978-80-214-4358-7
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  • 21340
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