Non-homogeneous linearized impulsive Kd.V and Rivlin-Ericksen fluid
Abstract
In the current work, the author used integral transforms to solve time fractional differential equations. We show the advantage of our approach through a few concrete examples like the solution for a variant of the non-homogeneous time fractional impulsive Kd.V equation and integral equations. In this study, the author derives exact solutions for a fractional generalization to Stokes first problem for a Rivlin-Ericksen fluid of second grade in a porous half space.The Laplace transform is employed to obtain the exact solutions of the model. Integral representations of the solutions are presented. The obtained results reveal that, the integral transform method is very effective and reliable.
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References
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