Structural reliability analysis in randomic excitation signs applying linear-experimental and bioengineering statistical methods
DOI:
https://doi.org/10.33448/rsd-v9i9.8081Keywords:
Vibration; Artificial immune system; Artificial intelligence; Wiener filter; SHM.Abstract
This work demonstrates a study of linear-experimental statistical methods and the negative selection artificial immune system, applied to the random excitation of a structural dynamic system. In the development of this work, a two-storey shear building structure was randomly excited, and the failure was caused by a random external disturbance, whose noisy signal was treated by the Wiener filter and subsequently applied the linear-experimental statistical method and artificial immune system. negative selection. The result of both applications allowed a targeted and objective analysis, demonstrating that the signal spectrum contains qualitative and quantitative levels of great significance in engineering applications.
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Copyright (c) 2020 Dayene Kaori Shiino; Roberto Outa; Fabio Roberto Chavarette; Aparecido Carlos Gonçalves; Lucas Henrique dos Santos
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