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Fiber Bragg Grating (FBG) sensors continue to be used and developed intensively in recent years due to their advantages such as being small, lightweight, having high sensitivity and not being affected by electromagnetic interference. Directly strain and temperature; indirectly physical parameters such as pressure, displacement, vibration and acceleration can be measured. In order to obtain strain and temperature parameters, FBG sensors must be connected with the material that will be measured. Generally, this connection is provided using two methods. One of these is fixing to the surface, the other is embedding in the material. One of the surface fixing methods is to use fixing element (carrier, mounting kit, packaging, etc.). The fixing element provides some advantages such as easy installation of the sensor, protection from external environments and increased sensitivity. In this study, the measurement accuracy, fixing size, material type and fixing type of different FBG sensor fixing elements are examined and compared. A novel fixing element has been designed and verified by the Finite Element Method (FEM).

FBG Sensörlerin Yüzey Uygulamalarında Kullanılan Sabitleme Elemanlarının İncelenmesi ve Özgün Bir Tasarımın Geliştirilmesi