The solutions of the linear fractional diffusion and diffusion-convection equations via the regular perturbation method (RPM),
Auteur(s): Bationo Jérémie Yiyuréboula, Bassono Francis
Auteur(s) tagués: Francis BASSONO ;
Résumé

In the paper,we implement regular perturbation method (RPM) for solving fractional diffusion and diffusion-convection equations, in order to determine the analytical solutions of some linear fractional diffusion and linear fractional diffusion-convection equations. In general, the solving using this method allow to obtain exact or approximate solutions. For the case of the diffusion and diffusion-convection equations solved in the document, the solutions are exact. By comparing these solutions with those obtained by other researchers using other methods for a certain value of the parameter alpha, we obtain the same results.

Mots-clés

Linear fractional differential equation regular perturbation method Mittag-Leffler Caputo fractional derivative

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