Imaging algorithms Sample Clauses

Imaging algorithms. The aim of this part of questionnaire was to identify data acquisition set-ups, reference imaging techniques and assessment parameters for quantification of newly proposed algorithm. The same set-ups should be used for reference imaging techniques and the ones proposed throughout “Advise” project. In all cases measurements are performed by using phased array techniques. According to the samples under investigation, several measurement set-ups are appreciated between the partners: contact, wedge and TRL. The majority of respondents appreciate angle beam measurement set-up with wedge (5 resp.) and TRL (3 resp.) for the coarse grained stainless steel mock-up D522-TG. The proposed data acquisition methods in this case are FMC (4 resp.) and PWE (3 resp.). For the case of the nickel based alloy (Inconel 600) mock-up 1618-B359-B1 most of respondents ( 6 resp.) noticed the direct contact method as more suitable. The appreciated data acquisition methods are FMC (7 resp.) and PWE (4 resp.) The majority of respondents noticed that contact measurement method without wedge ( 7 resp.) and TRL (3 resp.) are more appropriate for the sample 1517-T105EE-2G-GA (shielded metal). The data acquisition methods are FMC (7 resp.) and PWE (4 resp.). Weld cladding repair mock-up 1774-T248A should be investigated by phased array with wedge (7 resp.) and TRL (4 resp.). The dominant data acquisition method in this case is FMC (9 resp.). The parameters of the appreciated inspection techniques (frequency, angle, scaning type, position of the array) are selected personally by the partners. It depends on sample under investigation (weld, cast, coarse grained and etc.) and positions of defects. It was identified that the parameters, which should be used for quantification of imaging algorithm are (Fig. 3.2): − detectability of defects (12 resp.); − defect sizing (11 resp.); − defect positioning (10 resp.); − SNR (8 resp.); − coverage area (7 resp.). SNR Inspection depth Coverage area Detectability Defect sizing Defect positioning Data processing time Other Figure 3.2: Quantification metrics for imaging algorithm assessment (responses of the partners) These parameters will be used to evaluate the performance of newly proposed imaging techniques. The same metrics will be applied to reference imaging method (TFM) and to the technique under quantification.
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