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Smart Structures and Systems   Volume 11, Number 2, February 2013, pages 199-215
DOI: https://doi.org/10.12989/sss.2013.11.2.199
 
Vibration measurement and vulnerability analysis of a power plant cooling system
Ozgur ANIL, Sami Oğuzhan AKBAŞ, Erkan KANTAR and A. Cem GEL

 
Abstract     [Buy Article]
    During the service life of a structure, design complications and unexpected events may induce unforeseen vibrations. These vibrations can be generated by malfunctioning machinery or machines that are modified or placed without considering the original structural design because of a change in the intended use of the structure. Significant vibrations occurred at a natural gas plant cooling structure during its operation due to cavitation effect within the hydraulic system. This study presents findings obtained from the in-situ vibration measurements and following finite-element analyses of the cooling structure. Comments are made on the updated performance level and damage state of the structure using the results of these measurements and corresponding numerical analyses. An attempt was also made to assess the applicability of traditional displacement-based vulnerability estimation methods in the health monitoring of structures under vibrations with a character different from those due to seismic excitations.
 
Key Words
    vibration; finite element method; cooling structure; accelerometers; vulnarability analysis
 
Address
Ozgur ANIL, Sami Oğuzhan AKBAŞ and A. Cem GEL : 1Civil Eng. Department, Gazi University, Ankara, Turkiye
Erkan KANTAR : Civil Eng. Department, Celalbayar University, Manisa, Turkiye
 

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