Abstract
The experience of using the method of visualization polyharmonic vibrations, based on the use of modern means of photo and video recording, is considered. Mathematical processing of high-speed video recording of the object under study increases its oscillations with amplitude of several tens of micrometers to a level perceived by naked eye. The visualization is a source of additional information for engineers and makes it possible to see the overall picture of the distribution of vibrations and, thus, determine optimization paths. The method was tested on a number of electric power facilities, and the results indicate its promise as a new diagnostic parameter.
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