FUW TRENDS IN SCIENCE & TECHNOLOGY JOURNAL

(A Peer Review Journal)
e–ISSN: 2408–5162; p–ISSN: 2048–5170

FUW TRENDS IN SCIENCE & TECHNOLOGY JOURNAL

SOLUTIONS OF LINEAR CONVECTION-DIFFUSION PROBLEMS WITH CONSTANT COEFFICIENTS USING MAHGOUB TRANSFORM METHOD
Pages: 891-894
O. A. Dehinsilu1*, O. S. Odetunde1, M. A. Usman1, P. I. Ogunyinka1, A. I. Taiwo1 and A. A. Onaneye2


keywords: Convection-diffusion equations, linear, Mahgoub Transform, partial derivatives

Abstract

This study focused on linear convection-diffusion problems with constant coefficients with a view of providing the solution with the help of Mahgoub Transform. Convection-diffusion problems can be used to model the behavior of flow phenomena such as momentum and heat, and as well describe the diffusion process in environmental science, such as pollutant transport in the atmosphere, oceans, lakes, rivers or groundwater. Two illustrative examples were considered and Mahgoub Transform method was used to obtain the approximate solutions of the respective examples. The results obtained by the method were compared with the already existing exact solutions and were found to be reliable as the comparison shows a perfect agreement. It was therefore recommended that Mahgoub Transform method can be applied to solve any other linear convection-diffusion problems with constant coefficients.

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Highlights