Abstract

The application of wavelet transforms (WT) and Hilbert transform (HT) for identification of an elastically support cylinders due to free vibration will be explained in this paper. The influence of the elastic limit will cause the spring to be distributed linearly. The interesting thing about this paper is that by attaching the wire to the elastically support cylinder, it will cause the spring to be distributed linearly or nonlinearly. To identify the system, wavelet transform and Hilbert transform applications are used. The envelope of the time response and instantaneous frequency are extracted using the Wavelet and Hilbert transform to identify the nonlinear characteristics of the system. Responses in the range of the lock-in and nonlinear jump phenomena are investigated clearly. Finally, the linear and nonlinear spring properties of the system are identified using the wavelet and Hilbert transform.

Original languageEnglish
Article number020037
JournalAIP Conference Proceedings
Volume3098
Issue number1
DOIs
Publication statusPublished - 24 Oct 2024
Event2022 Premiere International Seminar on Engineering, Chemical and Biological - Medan, Indonesia
Duration: 19 Dec 2022 → …

Keywords

  • Hilbert transform
  • free vibration
  • identification
  • linear
  • nonlinear
  • wavelet transform

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