涡流检测技术员技能的定量评估

Daigo Kosaka, Masahiro Hoshiba, Hiroyuki Nakamoto
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引用次数: 0

摘要

在涡流检测中,希望传感器与检测表面保持垂直,但在几何形状复杂的检测点上,传感器的姿态难以自动确定,无损检测技术人员需要手动操作传感器。在这种情况下,有必要确保技术人员的技能,因为他们是无损检测系统的一部分。我们正在研究建立一种有效培养无损检测技术人员的技能培训方法。在检查螺栓孔周围的缺陷时,测量有证和无证受试者的行为。有证受试者和无证受试者的序列有明显的统计学差异。将建立t,并构建一个原型实时技能教学系统来验证所提出方法的有效性。
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Quantitative Assessment of Eddy Current Inspection Technician Skills
In eddy current testing, it is desirable to keep sensor perpendicular to test surface, but it is difficult to automatically determine the sensor posture at inspection points with complex geometry, and the non-destructive testing technician manually operates the sensor. In such cases, it is necessary to ensure skill of the technicians as they are part of the non-destructive testing system. We are conducting research to establish a skills training method to efficiently develop non-destructive testing technicians. The behavior of licensed and unlicensed subjects was measured while inspecting defects around bolt holes. There was a clear statistical difference between the sequences of licensed and unlicensed subjects.ts will be established, and a prototype real-time skill teaching system will be built to verify the validity of the proposed method.
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