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The Ability to Determine the Degree of Damage to Welds Depending on Damage to the Welding Elements

机译:根据焊接元件的损坏,确定焊缝损坏程度的能力

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摘要

In real conditions, bearing elements of metal structures are often isubjected to the i ef ifect , both external loads, and various aggressive medium, under the influence of which corrosion processes are developed. Corrosive processes with prolonged action lead to a decrease the working area of ​​the welds and accordingly connected elements. During the examination of the technical condition of existing metal structures operating in aggressive medium, it is often necessary to perform calculations to define the reserve of strength. In case of exhaustion of material strength it is necessary to develop measures to strengthen certain weakened elements. Herewith, the quantitative assessment of the reduction of the reliability of welds remains a matter that requires additional research. To study the change in the ratio of squares of metal elements under the influence of the prolonged action of various aggressive medium, specially directed experimental studies were carried out. The results of studies allowed to determine the reserves of the strength of the welded elements in relation to the welds themselves. The ability to determine the reliability of welds depending on the reduction of the area of ​​the welded metal elements increases the operational reliability of metal structures, which for a long time are exploited in aggressive medium.
机译:在实际条件下,金属结构的轴承元件通常是在开发腐蚀过程的影响下进行 Ef Fect,外部载荷和各种侵蚀介质。具有长时间动作的腐蚀过程导致焊缝的工作区域和相应的连接元件。在检查在侵略性介质中运行的现有金属结构的技术条件期间,通常需要进行计算以定义强度储备。在材料强度耗尽的情况下,有必要制定措施以加强某些削弱的元素。在此,对焊缝可靠性降低的定量评估仍然是需要额外研究的问题。为了研究金属元素平方比的变化,在各种侵蚀培养基的延长作用的影响下,进行了专门定向的实验研究。研究结果允许确定焊接元件的强度与焊缝本身的储备。根据焊接金属元件的区域的减小确定焊接可靠性的能力增加了金属结构的操作可靠性,这是长时间的侵蚀性介质利用。

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