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Lie Group Classification for a Class of Compound KdV–Burgers Equations with Time-Dependent Coefficients

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We derive the Lie group classification for a general class of KdV–Burgers equations, where the coefficients are functions of time. We demonstrate how important is the use of equivalence transformations… Click to show full abstract

We derive the Lie group classification for a general class of KdV–Burgers equations, where the coefficients are functions of time. We demonstrate how important is the use of equivalence transformations prior the group classification. These transformations have a great effect for the simplification of the symmetry analysis. The derived Lie symmetries are employed to transform problems with a partial differential equation along with certain conditions to initial value problems with a corresponding ordinary differential equation. A discussion for more general classes of related equations is given.

Keywords: lie group; burgers equations; group; kdv burgers; group classification

Journal Title: International Journal of Applied and Computational Mathematics
Year Published: 2020

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