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Authors
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Abstract(s)
This paper studies the dynamics of the Rayleigh piston using the modeling tools of Fractional Calculus. Several numerical experiments examine the effect of distinct values of the parameters. The time responses are transformed into the Fourier domain and approximated by means of power law approximations. The description reveals characteristics usual in Fractional Brownian phenomena.
Description
Keywords
Thermodynamics System modelling Fractional calculus Fractional Brownian motion Power law
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Citation
Publisher
Elsevier
