Crack Identification and Localization In Structural Beams Using Numerical and Experimental Modal Analysis- A Review
DOI:
https://doi.org/10.46243/jst.2020.v5.i4.pp62-68Keywords:
Crack location, Damage identification, Experimental modal analysis, natural frequency, Structural health monitoring, FFT analyzerAbstract
This article presents a critical review of recent research done on crack identification and localization in structural beams using numerical and experimental modal analysis. Crack identification and localization in beams are very crucial in various engineering applications such as ship propeller shafts, aircraft wings, gantry cranes, and Turbo machinery blades. It is necessary to identify the damage in time; otherwise, there may be serious consequences like a catastrophic failure of the engineering structures. Experimental modal analysis is used to study the vibration characteristics of structures like natural frequency, damping and mode shapes. The modal parameters like natural frequency and mode shapes of undamaged and damaged beams are different. Based on this reason, structural damage can be detected, especially in beams. From the review of various research papers, it is identified that a lot of the research done on beams with open transverse crack. Crack location is identified by tracking variation in natural frequencies of a healthy and cracked beam
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