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Computer Technologies and X-Ray Flaw Detection of Welds

机译:焊缝的计算机技术和X射线探伤

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Quality of X-ray films interpretation by a flaw detector operator always bears rather a subjective character. Such factors, as qualification level of a flaw detector operator, their state of health, fatigue, sharpness of sight, limited evaluation capability, and also quality of the X-ray images (fuzzy boundaries, bad visibility, weak expressiveness of the defect image in relation to background etc.) render their negative effect. Welds quality assessment also requires execution of defined complex of metrological and calculation-analytical measures, which are hard to carry out due to absence of tools for realization of such operations. It is obvious, that the quality of flaw detection of welds depends to a large extent upon qualification and skill level of the experts in the given area. Proposed is method of implementation of computer technologies in area of X-ray flaw detection of welds, as a way to solve each of the above-stated problems.
机译:X射线膜的质量通过漏洞探测器操作员解释始终是一个主观特征。这样的因素,作为漏洞探测器运营商的资格水平,他们的健康状况,疲劳,视力清晰度,有限的评价能力,以及X射线图像的质量(模糊边界,不良的可见性,缺陷图像的畸形效果较弱。与背景等的关系呈现它们的负面影响。焊接质量评估还需要执行定义的计量和计算分析措施复合物,这是由于没有用于实现此类操作的工具而难以执行。显而易见的是,焊缝的缺陷质量在很大程度上取决于给定区域专家的资格和技能水平。提出的是在焊接的X射线探伤探测区域中实现计算机技术的方法,作为解决每个上述问题的方法。

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