基于固态霍尔传感器阵列的多层铆钉远端腐蚀无损评价

Jungmin Kim, Minhhuy Le, Jinyi Lee
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引用次数: 4

摘要

从飞机的完整性和飞行安全的角度来看,飞机的无损检测和评估具有重要的意义。在飞机结构中,很可能在连接蒙皮和框架的铆钉周围观察到损伤。本文介绍了一种线性集成固态霍尔传感器阵列(LIHaS)传感器系统。LIHaS有64个InSb霍尔传感器,间隔为0.52 mm,测量长度为33.28 mm。在直径6~ 14mm、深度0.1~1.27 mm的两层铝合金平层上对传感器系统进行了测试。
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Non-destructive evaluation of far-side corrosion around the multi-layered rivet by using the solid-state hall sensor array
Nondestructive testing and evaluation of aircraft are a great importance from the viewpoint of the integrity and flight safety. In aircraft structures, damage is likely to be observed around the rivets that connect the skin to the frames. This paper presents a sensor system which includes a linearly integrated solid-state Hall sensor array (LIHaS). The LIHaS has 64 InSb Hall sensors arrayed in 0.52 mm of interval respect to 33.28 mm length of measurement. The sensor system was tested on two flat layers of Aluminium alloy for inspecting far-side corrosions having 6~14 mm of diameter and 0.1~1.27 mm of depth.
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