One More Tool for Understanding Resonance and the Way for a New Definition | Zendy

Emanuel Gluskin | Zendy; Doron Shmilovitz | Zendy; Yoash Levron | Zendy

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One More Tool for Understanding Resonance and the Way for a New Definition

Author(s) -

Emanuel Gluskin,

Doron Shmilovitz,

Yoash Levron

Publication year - 2013

Publication title -

journal of engineering

Language(s) - English

Resource type - Journals

eISSN - 2314-4912

pISSN - 2314-4904

DOI - 10.1155/2013/414109

Subject(s) - convolution (computer science) , time domain , frequency domain , resonance (particle physics) , computer science , fourier series , waveform , transient (computer programming) , point (geometry) , domain (mathematical analysis) , fourier transform , fourier analysis , algorithm , mathematical analysis , mathematics , physics , artificial intelligence , geometry , telecommunications , radar , particle physics , artificial neural network , computer vision , operating system

We propose the application of graphical convolution to the analysis of the resonance phenomenon. This time-domain approach encompasses both the finally attained periodic oscillations and the initial transient period. It also provides interesting discussion concerning the analysis of nonsinusoidal waves, based not on frequency analysis but on direct consideration of waveforms, and thus presenting an introduction to Fourier series. Further developing the point of view of graphical convolution, we arrive at a new definition of resonance in terms of time domain

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