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Preliminary Verification of Selected Solutions for Crack Detection

机译:选定的裂纹检测解决方案的初步验证

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摘要

Throughout its service life an aircraft is subjected to varying loads. Because of those periodically appearing stresses, undesirable and irreversible changes in structure may occur. As a consequence, cracks are formed, which reduce aircraft structural strength, significantly affecting structural integrity. For that reason, intensive research works are carried out around the world to develop innovative and reliable methods for detection of cracks initiation and propagation. This paper presents two methods of crack detection. One of them uses wireless polymer gages for determining deformation in a test region. The other one uses electrical, resistive ladder sensors for detection of cracks and their length determination.
机译:一架飞机在整个使用寿命中都承受着变化的载荷。由于那些周期性出现的应力,可能会发生不希望的且不可逆的结构变化。结果,形成了裂纹,裂纹降低了飞机的结构强度,从而极大地影响了结构完整性。因此,全世界进行了大量的研究工作,以开发出新颖,可靠的方法来检测裂纹的产生和扩展。本文提出了两种裂纹检测方法。其中之一使用无线聚合物量规来确定测试区域中的变形。另一种使用电阻式电梯形传感器来检测裂纹及其长度。

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