In this paper we are interested in investigating the physical shape-changed propagations to the generalized Equal-Width equation through studying the explicit solutions of Wazwaz-Benjamin-Bona-Mahony model.Both models...In this paper we are interested in investigating the physical shape-changed propagations to the generalized Equal-Width equation through studying the explicit solutions of Wazwaz-Benjamin-Bona-Mahony model.Both models are of considerable importance in many disciplines of research,including ocean engineering and science,and describe the propagation of equally-width waves.We highlight the effect of the coefficients of both nonlinearity and dispersion terms on changing the physical shape of both models by implementing the new exponential-expansion scheme.2D and 3D graphical plots are provided to validate the findings of the paper.展开更多
文摘In this paper we are interested in investigating the physical shape-changed propagations to the generalized Equal-Width equation through studying the explicit solutions of Wazwaz-Benjamin-Bona-Mahony model.Both models are of considerable importance in many disciplines of research,including ocean engineering and science,and describe the propagation of equally-width waves.We highlight the effect of the coefficients of both nonlinearity and dispersion terms on changing the physical shape of both models by implementing the new exponential-expansion scheme.2D and 3D graphical plots are provided to validate the findings of the paper.
