La derivada conformable y sus aplicaciones en ingeniería
DOI:
https://doi.org/10.29105/ingenierias23.88-3Keywords:
Differential equation, fractional calculus, modeling, conformable derivativeAbstract
In this work some applications of the conformable derivative in the solution of fractional order differential equations are described. Derivatives of non- integer order are presented as a function of time to solve Maxwell’s model, the series RC electric circuit and Newton’s law of cooling. The results obtained show the variation of the alpha parameter of the conformable fractional operator to model the behavior of the proposed phenomena. It is obtained that the parameters stress, electric current and temperature as a function of time, show a more pronounced decay as α decreases. The conformable derivative is a mathematical tool that allows you to solve fractional order differential equations in a simpler way.
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